Part Number Hot Search : 
TPCA80 100BF 104M00 XXXXSX BU2508D HY57V16 KBU608 AM1523CE
Product Description
Full Text Search
 

To Download TPD2XGKZRC00016G Datasheet File

  If you can't view the Datasheet, Please click here to try to view without PDF Reader .  
 
 


  Datasheet File OCR Text:
  an oplink company s0255. rev.03. (web) 2012-08-08 absolute maximum ratings the tpd2xgkzrxxg is an enhanced small form factor pluggable (sfp+) fber optic transceiver with digital diagnostics monitoring functionality (ddm). supporting ethernet and fiber channel standards with dense wavelength division multiplexing (dwdm) wavelength makes it ideally suited for high capacity data-com and storage area network applications. ddm functionality (alarm and warning features) is integrated into the design via an i 2 c serial interface per the multi-source agreement (msa) sff-8472, rev. 10.4. each transceiver utilizes an electro absorption modulator integrated laser (eml) with an operating wavelength at itu 100ghz (0.8nm) grids ofset by 50ghz. the transceiver supports data rates ranging from 11.3gbps down to 8gbps. it provides an excellent solution for data transmission at dwdm wavelength over up to 80km single mode fber. the low power consumption and excellent emi performance enable system design with high port density. the product is rohs compliant and is designed and tested in accordance with industry safety standards. the transceiver is class i laser product per u.s. fda/cdrh and international iec-60825 standards. the tpd2xgkzrxxg transceiver connects to standard 20-pad sfp+ connectors for hot plug capability. this allows the system designer to make confguration changes or maintenance by simply plugging in diferent transceivers without removing the power supply from the host system. the transmitter and receiver data interfaces are internally ac-coupled. lv-ttl transmitter disable control input and loss of signal (los) output interfaces are also provided. the transceiver has bail-type latch, which ofers an easy and convenient way to release the modules. the latch is compliant with the sfp msa. the transceiver operates from a single +3.3v power supply over an operating case temperature range of 5c to +70c (commercial), or -5c to +85c (extended) or -40c to +85c (industrial). the housing is made of metal for emi immunity. ? temperature-stablized dwdm eml transmitter ? transmission distance up to 80km (sm fiber) ? low power consumption ? wide case operating temperature range ? compliant to sfp+ electrical msa sff-8431 ? compliant to sfp+ mechanical msa sff-8432 ? digital diagnostics monitoring (ddm) through serial interface comply with sff-8472, rev. 10.4 ? rohs 6/6 compliant ? laser class 1 iec/cdrh compliant features pb product description tpd2xgkzrxxg parameter symbol minimum maximum units storage temperature range t st - 40 + 85 c operating case temperature 1 commercial t op - 5 + 70 c extended - 5 + 85 industrial - 40 + 85 operating relative humidity 2 rh 0 85 % supply voltage range v cc - 0.5 + 3.6 v 1 measured on top side of sfp+ module at the front center vent hole of the cage. 2 non condensing dwdm 80km sfp+ transceiver
tpd2xgkzrxxg oplink communications, inc s0255. rev.03. (web) 2012-08-08 2 laser safety: all transceivers are class i laser products per fda/cdrh and iec-60825 standards. they must be operated under specifed operating conditions. oplink communications, inc. date of manufacture: this product complies with 21 cfr 1040.10 and 1040.11 meets class i laser safety requirements (over operating case temperature. v cc = 3.13 to 3.47v) receiver performance characteristics (over operating case temperature. v cc = 3.13 to 3.47v) transmitter performance characteristics parameter symbol minimum typical maximum units data rate b - 10.3125 - gb/s center wavelength 1 see ordering information table nm average optical output power p avg 0 - + 5 dbm extinction ratio er 8.2 - - db relative intensity noise rin - - - 128 db/hz side mode suppression ratio smsr 30 - - db optical return loss tolerance - - - - 21 db optical output eye compliant with ieee 802.3ae 1 bol : 0.05nm from itu grid; eol: 0.1nm from itu grid. parameter symbol minimum typical maximum units data rate b - 10.3125 - gb/s wavelength of operation 1530 - 1565 nm receiver sensitivity @ 10.3125gb/s 1 p min_bb - - - 23 dbm receiver sensitivity with 80km fiber@10.3125gb/s 1 p min_fiber - - - 20 dbm maximum input optical power (10 -12 ber) p max - 8 - - dbm receiver refectance - - - - 27 db los hysteresis - 0.5 - - db los thresholds increasing light input p los+ - - - 25 dbm decreasing light input p los- - 38 - - 1 specifed with ber <1x10 -12 and prbs 2 31 -1. note: the specifed characteristics are met within the recommended range of operation. unless otherwise noted typical data are quoted at nominal voltage and +25c ambient temperature.
oplink communications, inc tpd2xgkzrxxg s0255. rev.03. (web) 2012-08-08 3 11 12 13 14 15 16 17 18 19 20 10 9 8 7 6 5 4 3 2 1 v ee t td+ td - v ee t v cc t v cc r v ee r rd+ rd - v ee r v ee r rs1 rx_l os rs0 mod -abs scl sd a tx _d i sable tx _f au lt v ee t t ow ard h ost t ow ard b ezel transmitter electrical characteristics (over operating case temperature. v cc = 3.13 to 3.47v) (over operating case temperature. v cc = 3.13 to 3.47v) (over operating case temperature. v cc = 3.13 to 3.47v) electrical power supply characteristics receiver electrical interface connector pin-out parameter symbol minimum typical maximum units power supply voltage v cc 3.13 3.30 3.47 v dc common mode voltage v cm 0 - 3.60 v supply current i vcc - 365 - ma power consumption c-temp p w - 1.2 1.8 w e/i-temp 2.1 parameter symbol minimum typical maximum units diferential output impedance z d - 100 - diferential output swing v pp-diff 300 - 850 mv output rise and fall time (20% to 80%) t rh , t fh 28 - - ps output high voltage (los) 1 v oh v cc - 1.3 - v cc + 0.3 v output low voltage (los) 1 v ol 0 - 0.8 v 1 open collector compatible, 4.7k to 10k pull-up resistor to vcc (host supply voltage). parameter symbol minimum typical maximum units diferential input impedance z d - 100 - diferential input voltage swing v pp-diff 180 - 700 mv input high voltage (tx disable) 1 v ih 2.0 - v cc v input low voltage (tx disable) 1 v il 0 - 0.8 v output high voltage (tx fault) 2 v oh 2.0 - v cc + 0.3 v output low voltage (tx fault) 2 v ol 0 - 0.8 v 1 there is an internal 4.7k to 10k pull-up resistor to vcct. 2 open collector compatible, 4.7k to 10k pull-up resistor to vcc (host supply voltage). note: the specifed characteristics are met within the recommended range of operation. unless otherwise noted typical data are quoted at nominal voltage and +25c ambient temperature.
4 s0255. rev.03. (web) 2012-08-08 oplink communications, inc tpd2xgkzrxxg application notes module pin description electrical interface: all signal interfaces are compliant with the sfp+ msa specifcation. the high speed data interface is differential ac-coupled internally and can be directly connected to a 3.3v serdes ic. all low speed control and sense output signals are open collector ttl compatible and should be pulled up with a 4.7k - 10k resistor on the host board. loss of signal (los): the loss of signal circuit monitors the level of the incoming optical signal and generates logic high when an insufcient photocurrent is produced. tx_fault: the output indicates low when the transmitter is operating normally and high with a laser fault including laser end-of-life. tx fault is an open collector/drain output and should be pulled up with a 4.7k - 10k resistor on the host board. tx_disable: when the tx disable pin is at logic high, the transmitter optical output is disabled. the laser is also disabled if this line is left foating, as it is pulled high inside the transceiver. serial identification and monitoring: the module defnition of sfp is indicated by the mod_abs pin and the 2-wrie serial interface. upon power up, the 2-wrie interface appears as nc (no connection), and mod_abs is ttl low. when the host system detects this condition, it activates the serial protocol (standard two-wire i 2 c serial interface) and generates the serial clock signal (scl). the positive edge clocks data into the eeprom segments of the device that are not write protected, and the negative edge clocks data from the device. the serial data signal (sda) is for serial data transfer. the host uses sda in conjunction with scl to mark the start and end of serial protocol activation. the supported monitoring functions are temperature, voltage, bias current, transmitter power, average receiver signal, all alarms and warnings, and software monitoring of tx fault/los. the device is internally calibrated. the data transfer protocol and the details of the mandatory and vendor specifc data structures are defned in the sfp msa, and sff-8472, rev. 10.4. power supply and grounding: the power supply line should be well-fltered. all power supply bypass capacitors should be as close to the transceiver module as possible. pin logic symbol description 1 - veet module transmitter ground 2 lvttl-o tx_fault module transmitter fault 3 lvttl-i tx_disable transmitter disable; turns of transmitter laser output 4 lvttl-i/o sda 2-wire serial interface data line 5 lvttl-i/o scl 2-wire serial interface clock 6 - mod-abs module defnition, grounded in the module 7 lvttl-i rs0 no function implemented 8 lvttl-o rx_los receiver loss of signal indication 9 lvttl-i rs1 no function implemented 10 - veer module receiver ground 11 - veer module receiver ground 12 cml-o rd- receiver inverted data output 13 cml-o rd+ receiver data output 14 - veer module receiver ground 15 - vccr module receiver 3.3v supply 16 - vcct module transmitter 3.3v supply 17 - veet module transmitter ground 18 cml-i td+ transmitter non-inverted data input 19 cml-i td- transmitter inverted data input 20 - veet module transmitter ground
oplink communications, inc s0255. rev.03. (web) 2012-08-08 5 tpd2xgkzrxxg 50 line 50 line 50 line 50 line td+ td- rd+ rd- asic/ serdes + 4.7h 0.1f 22f 0.1f +3.3v +3.3v +3.3v scl, sda, mod_abs tx_fault +3.3v r r r sfp+ vccr rx_los + 4.7h 0.1f 22f 0.1f +3.3v vcct veet, veer r: 4.7k to 10k interfacing the transceivers esd & electromagnetic compatibility application schematics recommended electrical connections to transceiver are shown below. communication is via a serial 2-wire serial interface. as described in the document sff-8472 (rev. 10.4) there are two distinct address spaces: requirements standard status electro static discharge to the electrical pins (esd) eia/jesd22-a114-b mil-std 883c method 3015.7 exceeds requirements class 1b (>1000v) immunity to esd (housing, receptacle) ien 61000-4-2 exceeds requirements discharges ranging from 2kv to 15kv without damages to the transceiver electromagnetic emission (emi) fcc part 15, class b en 55022 class b cispr 22 exceeds requirements class b base address a0(hex) byte address content 0 C 95 serial transceiver id as defned in sfp msa 96 C 127 oplink specifc 128 C 255 reserved base address a2(hex) byte address content 0 - 55 alarm & warnings thresholds & limits 56 - 95 external calibration constants (not used) 96 C 119 values from real time diagnostic monitoring 120 C 127 not used 128 C 247 customer specifc, writable area 248 - 255 not used
oplink communications, inc s0255. rev.03. (web) 2012-08-08 6 tpd2xgkzrxxg ordering information oplink can provide a remarkable range of customized optical solutions. for detail, please contact oplinks sales and marketing for your requirements and ordering information (510) 933-7200 or sales@oplink.com. package outline dimensions in [inches] mm millimeters are the primary units. tolerances are in accordance with sff-8432 rev.5 model name operating temperature center wavelength (nm) itu frequency (thz) wavelength reference distance tpd2xgkzrc00061g - 5c to +70c commercial 1528.38 196.15 h61 80km tpd2xgkzrc00060g - 5c to +70c commercial 1529.16 196.05 h60 80km tpd2xgkzrc00059g - 5c to +70c commercial 1529.94 195.95 h59 80km tpd2xgkzrc00058g - 5c to +70c commercial 1530.72 195.85 h58 80km tpd2xgkzrc00057g - 5c to +70c commercial 1531.51 195.75 h57 80km tpd2xgkzrc00056g - 5c to +70c commercial 1532.29 195.65 h56 80km tpd2xgkzrc00055g - 5c to +70c commercial 1533.07 195.55 h55 80km tpd2xgkzrc00054g - 5c to +70c commercial 1533.86 195.45 h54 80km tpd2xgkzrc00053g - 5c to +70c commercial 1534.64 195.35 h53 80km tpd2xgkzrc00052g - 5c to +70c commercial 1535.43 195.25 h52 80km tpd2xgkzrc00051g - 5c to +70c commercial 1536.22 195.15 h51 80km tpd2xgkzrc00050g - 5c to +70c commercial 1537.00 195.05 h50 80km tpd2xgkzrc00049g - 5c to +70c commercial 1537.79 194.95 h49 80km tpd2xgkzrc00048g - 5c to +70c commercial 1538.58 194.85 h48 80km tpd2xgkzrc00047g - 5c to +70c commercial 1539.37 194.75 h47 80km tpd2xgkzrc00046g - 5c to +70c commercial 1540.16 194.65 h46 80km
oplink communications, inc s0255. rev.03. (web) 2012-08-08 7 tpd2xgkzrxxg model name operating temperature center wavelength (nm) itu frequency (thz) wavelength reference distance tpd2xgkzrc00045g - 5c to +70c commercial 1540.95 194.55 h45 80km tpd2xgkzrc00044g - 5c to +70c commercial 1541.75 194.45 h44 80km tpd2xgkzrc00043g - 5c to +70c commercial 1542.54 194.35 h43 80km tpd2xgkzrc00042g - 5c to +70c commercial 1543.33 194.25 h42 80km tpd2xgkzrc00041g - 5c to +70c commercial 1544.13 194.15 h41 80km tpd2xgkzrc00040g - 5c to +70c commercial 1544.92 194.05 h40 80km tpd2xgkzrc00039g - 5c to +70c commercial 1545.72 193.95 h39 80km tpd2xgkzrc00038g - 5c to +70c commercial 1546.52 193.85 h38 80km tpd2xgkzrc00037g - 5c to +70c commercial 1547.32 193.75 h37 80km tpd2xgkzrc00036g - 5c to +70c commercial 1548.11 193.65 h36 80km tpd2xgkzrc00035g - 5c to +70c commercial 1548.91 193.55 h35 80km tpd2xgkzrc00034g - 5c to +70c commercial 1549.72 193.45 h34 80km tpd2xgkzrc00033g - 5c to +70c commercial 1550.52 193.35 h33 80km tpd2xgkzrc00032g - 5c to +70c commercial 1551.32 193.25 h32 80km tpd2xgkzrc00031g - 5c to +70c commercial 1552.12 193.15 h31 80km tpd2xgkzrc00030g - 5c to +70c commercial 1552.93 193.05 h30 80km tpd2xgkzrc00029g - 5c to +70c commercial 1553.73 192.95 h29 80km tpd2xgkzrc00028g - 5c to +70c commercial 1554.54 192.85 h28 80km tpd2xgkzrc00027g - 5c to +70c commercial 1555.34 192.75 h27 80km tpd2xgkzrc00026g - 5c to +70c commercial 1556.15 192.65 h26 80km tpd2xgkzrc00025g - 5c to +70c commercial 1556.96 192.55 h25 80km tpd2xgkzrc00024g - 5c to +70c commercial 1557.77 192.45 h24 80km tpd2xgkzrc00023g - 5c to +70c commercial 1558.58 192.35 h23 80km tpd2xgkzrc00022g - 5c to +70c commercial 1559.39 192.25 h22 80km tpd2xgkzrc00021g - 5c to +70c commercial 1560.20 192.15 h21 80km tpd2xgkzrc00020g - 5c to +70c commercial 1561.01 192.05 h20 80km tpd2xgkzrc00019g - 5c to +70c commercial 1561.83 191.95 h19 80km tpd2xgkzrc00018g - 5c to +70c commercial 1562.64 191.85 h18 80km tpd2xgkzrc00017g - 5c to +70c commercial 1563.45 191.75 h17 80km TPD2XGKZRC00016G - 5c to +70c commercial 1564.27 191.65 h16 80km model name operating temperature center wavelength (nm) itu frequency (thz) wavelength reference distance tpd2xgkzre00061g - 5c to +85c extended 1528.38 196.15 h61 80km tpd2xgkzre00060g - 5c to +85c extended 1529.16 196.05 h60 80km tpd2xgkzre00059g - 5c to +85c extended 1529.94 195.95 h59 80km tpd2xgkzre00058g - 5c to +85c extended 1530.72 195.85 h58 80km tpd2xgkzre00057g - 5c to +85c extended 1531.51 195.75 h57 80km tpd2xgkzre00056g - 5c to +85c extended 1532.29 195.65 h56 80km tpd2xgkzre00055g - 5c to +85c extended 1533.07 195.55 h55 80km tpd2xgkzre00054g - 5c to +85c extended 1533.86 195.45 h54 80km tpd2xgkzre00053g - 5c to +85c extended 1534.64 195.35 h53 80km tpd2xgkzre00052g - 5c to +85c extended 1535.43 195.25 h52 80km tpd2xgkzre00051g - 5c to +85c extended 1536.22 195.15 h51 80km
oplink communications, inc s0255. rev.03. (web) 2012-08-08 8 tpd2xgkzrxxg model name operating temperature center wavelength (nm) itu frequency (thz) wavelength reference distance tpd2xgkzre00050g - 5c to +85c extended 1537.00 195.05 h50 80km tpd2xgkzre00049g - 5c to +85c extended 1537.79 194.95 h49 80km tpd2xgkzre00048g - 5c to +85c extended 1538.58 194.85 h48 80km tpd2xgkzre00047g - 5c to +85c extended 1539.37 194.75 h47 80km tpd2xgkzre00046g - 5c to +85c extended 1540.16 194.65 h46 80km tpd2xgkzre00045g - 5c to +85c extended 1540.95 194.55 h45 80km tpd2xgkzre00044g - 5c to +85c extended 1541.75 194.45 h44 80km tpd2xgkzre00043g - 5c to +85c extended 1542.54 194.35 h43 80km tpd2xgkzre00042g - 5c to +85c extended 1543.33 194.25 h42 80km tpd2xgkzre00041g - 5c to +85c extended 1544.13 194.15 h41 80km tpd2xgkzre00040g - 5c to +85c extended 1544.92 194.05 h40 80km tpd2xgkzre00039g - 5c to +85c extended 1545.72 193.95 h39 80km tpd2xgkzre00038g - 5c to +85c extended 1546.52 193.85 h38 80km tpd2xgkzre00037g - 5c to +85c extended 1547.32 193.75 h37 80km tpd2xgkzre00036g - 5c to +85c extended 1548.11 193.65 h36 80km tpd2xgkzre00035g - 5c to +85c extended 1548.91 193.55 h35 80km tpd2xgkzre00034g - 5c to +85c extended 1549.72 193.45 h34 80km tpd2xgkzre00033g - 5c to +85c extended 1550.52 193.35 h33 80km tpd2xgkzre00032g - 5c to +85c extended 1551.32 193.25 h32 80km tpd2xgkzre00031g - 5c to +85c extended 1552.12 193.15 h31 80km tpd2xgkzre00030g - 5c to +85c extended 1552.93 193.05 h30 80km tpd2xgkzre00029g - 5c to +85c extended 1553.73 192.95 h29 80km tpd2xgkzre00028g - 5c to +85c extended 1554.54 192.85 h28 80km tpd2xgkzre00027g - 5c to +85c extended 1555.34 192.75 h27 80km tpd2xgkzre00026g - 5c to +85c extended 1556.15 192.65 h26 80km tpd2xgkzre00025g - 5c to +85c extended 1556.96 192.55 h25 80km tpd2xgkzre00024g - 5c to +85c extended 1557.77 192.45 h24 80km tpd2xgkzre00023g - 5c to +85c extended 1558.58 192.35 h23 80km tpd2xgkzre00022g - 5c to +85c extended 1559.39 192.25 h22 80km tpd2xgkzre00021g - 5c to +85c extended 1560.20 192.15 h21 80km tpd2xgkzre00020g - 5c to +85c extended 1561.01 192.05 h20 80km tpd2xgkzre00019g - 5c to +85c extended 1561.83 191.95 h19 80km tpd2xgkzre00018g - 5c to +85c extended 1562.64 191.85 h18 80km tpd2xgkzre00017g - 5c to +85c extended 1563.45 191.75 h17 80km tpd2xgkzre00016g - 5c to +85c extended 1564.27 191.65 h16 80km model name operating temperature center wavelength (nm) itu frequency (thz) wavelength reference distance tpd2xgkzri00061g - 40c to +85c industrial 1528.38 196.15 h61 80km tpd2xgkzri00060g - 40c to +85c industrial 1529.16 196.05 h60 80km tpd2xgkzri00059g - 40c to +85c industrial 1529.94 195.95 h59 80km tpd2xgkzri00058g - 40c to +85c industrial 1530.72 195.85 h58 80km tpd2xgkzri00057g - 40c to +85c industrial 1531.51 195.75 h57 80km tpd2xgkzri00056g - 40c to +85c industrial 1532.29 195.65 h56 80km
s0255. rev.03. (web) 2012-08-08 9 46335 landing pkwy fremont, ca 94538 tel: (510) 933-7200 fax: (510) 933-7300 email: sales@oplink.com ? www.oplink.com tpd2xgkzrxxg oplink communications, inc. reserves the right to make changes in equipment design or specifcations without notice. information supplied by oplink com - munications, inc. is believed to be accurate and reliable. however, no responsibility is assumed by oplink communications, inc. for its use nor for any infringe - ments of third parties, which may result from its use. no license is granted by implication or otherwise under any patent right of oplink communications, inc. ? 2012, oplink communications, inc. model name operating temperature center wavelength (nm) itu frequency (thz) wavelength reference distance tpd2xgkzri00055g - 40c to +85c industrial 1533.07 195.55 h55 80km tpd2xgkzri00054g - 40c to +85c industrial 1533.86 195.45 h54 80km tpd2xgkzri00053g - 40c to +85c industrial 1534.64 195.35 h53 80km tpd2xgkzri00052g - 40c to +85c industrial 1535.43 195.25 h52 80km tpd2xgkzri00051g - 40c to +85c industrial 1536.22 195.15 h51 80km tpd2xgkzri00050g - 40c to +85c industrial 1537.00 195.05 h50 80km tpd2xgkzri00049g - 40c to +85c industrial 1537.79 194.95 h49 80km tpd2xgkzri00048g - 40c to +85c industrial 1538.58 194.85 h48 80km tpd2xgkzri00047g - 40c to +85c industrial 1539.37 194.75 h47 80km tpd2xgkzri00046g - 40c to +85c industrial 1540.16 194.65 h46 80km tpd2xgkzri00045g - 40c to +85c industrial 1540.95 194.55 h45 80km tpd2xgkzri00044g - 40c to +85c industrial 1541.75 194.45 h44 80km tpd2xgkzri00043g - 40c to +85c industrial 1542.54 194.35 h43 80km tpd2xgkzri00042g - 40c to +85c industrial 1543.33 194.25 h42 80km tpd2xgkzri00041g - 40c to +85c industrial 1544.13 194.15 h41 80km tpd2xgkzri00040g - 40c to +85c industrial 1544.92 194.05 h40 80km tpd2xgkzri00039g - 40c to +85c industrial 1545.72 193.95 h39 80km tpd2xgkzri00038g - 40c to +85c industrial 1546.52 193.85 h38 80km tpd2xgkzri00037g - 40c to +85c industrial 1547.32 193.75 h37 80km tpd2xgkzri00036g - 40c to +85c industrial 1548.11 193.65 h36 80km tpd2xgkzri00035g - 40c to +85c industrial 1548.91 193.55 h35 80km tpd2xgkzri00034g - 40c to +85c industrial 1549.72 193.45 h34 80km tpd2xgkzri00033g - 40c to +85c industrial 1550.52 193.35 h33 80km tpd2xgkzri00032g - 40c to +85c industrial 1551.32 193.25 h32 80km tpd2xgkzri00031g - 40c to +85c industrial 1552.12 193.15 h31 80km tpd2xgkzri00030g - 40c to +85c industrial 1552.93 193.05 h30 80km tpd2xgkzri00029g - 40c to +85c industrial 1553.73 192.95 h29 80km tpd2xgkzri00028g - 40c to +85c industrial 1554.54 192.85 h28 80km tpd2xgkzri00027g - 40c to +85c industrial 1555.34 192.75 h27 80km tpd2xgkzri00026g - 40c to +85c industrial 1556.15 192.65 h26 80km tpd2xgkzri00025g - 40c to +85c industrial 1556.96 192.55 h25 80km tpd2xgkzri00024g - 40c to +85c industrial 1557.77 192.45 h24 80km tpd2xgkzri00023g - 40c to +85c industrial 1558.58 192.35 h23 80km tpd2xgkzri00022g - 40c to +85c industrial 1559.39 192.25 h22 80km tpd2xgkzri00021g - 40c to +85c industrial 1560.20 192.15 h21 80km tpd2xgkzri00020g - 40c to +85c industrial 1561.01 192.05 h20 80km tpd2xgkzri00019g - 40c to +85c industrial 1561.83 191.95 h19 80km tpd2xgkzri00018g - 40c to +85c industrial 1562.64 191.85 h18 80km tpd2xgkzri00017g - 40c to +85c industrial 1563.45 191.75 h17 80km tpd2xgkzri00016g - 40c to +85c industrial 1564.27 191.65 h16 80km


▲Up To Search▲   

 
Price & Availability of TPD2XGKZRC00016G

All Rights Reserved © IC-ON-LINE 2003 - 2022  

[Add Bookmark] [Contact Us] [Link exchange] [Privacy policy]
Mirror Sites :  [www.datasheet.hk]   [www.maxim4u.com]  [www.ic-on-line.cn] [www.ic-on-line.com] [www.ic-on-line.net] [www.alldatasheet.com.cn] [www.gdcy.com]  [www.gdcy.net]


 . . . . .
  We use cookies to deliver the best possible web experience and assist with our advertising efforts. By continuing to use this site, you consent to the use of cookies. For more information on cookies, please take a look at our Privacy Policy. X