| No. |
Part Name |
Description |
Manufacturer |
| 31 |
15KP180C |
Glass passivated junction transient voltage suppressor. Vrwm = 180 V. Vbr(min/max) = 198/253.8 V @ It = 1.0 mA. Ir = 5 uA. Vc = 322 V @ Ipp = 47 A. |
Panjit International Inc |
| 32 |
15KP180CA |
Glass passivated junction transient voltage suppressor. Vrwm = 180 V. Vbr(min/max) = 198/230.4 V @ It = 1.0 mA. Ir = 5 uA. Vc = 292 V @ Ipp = 51 A. |
Panjit International Inc |
| 33 |
15KP190 |
Glass passivated junction transient voltage suppressor. Vrwm = 190 V. Vbr(min/max) = 209/267.4 V @ It = 1.0 mA. Ir = 5 uA. Vc = 340 V @ Ipp = 44 A. |
Panjit International Inc |
| 34 |
15KP190A |
Glass passivated junction transient voltage suppressor. Vrwm = 190 V. Vbr(min/max) = 209/243.2 V @ It = 1.0 mA. Ir = 5 uA. Vc = 308 V @ Ipp = 49 A. |
Panjit International Inc |
| 35 |
15KP190C |
Glass passivated junction transient voltage suppressor. Vrwm = 190 V. Vbr(min/max) = 209/267.4 V @ It = 1.0 mA. Ir = 5 uA. Vc = 340 V @ Ipp = 44 A. |
Panjit International Inc |
| 36 |
15KP190CA |
Glass passivated junction transient voltage suppressor. Vrwm = 190 V. Vbr(min/max) = 209/243.2 V @ It = 1.0 mA. Ir = 5 uA. Vc = 308 V @ Ipp = 49 A. |
Panjit International Inc |
| 37 |
15KP200 |
Glass passivated junction transient voltage suppressor. Vrwm = 200 V. Vbr(min/max) = 220/282.0 V @ It = 1.0 mA. Ir = 5 uA. Vc = 358 V @ Ipp = 42 A. |
Panjit International Inc |
| 38 |
15KP200A |
Glass passivated junction transient voltage suppressor. Vrwm = 200 V. Vbr(min/max) = 220/256.0 V @ It = 1.0 mA. Ir = 5 uA. Vc = 324 V @ Ipp = 46 A. |
Panjit International Inc |
| 39 |
15KP200C |
Glass passivated junction transient voltage suppressor. Vrwm = 200 V. Vbr(min/max) = 220/282.0 V @ It = 1.0 mA. Ir = 5 uA. Vc = 358 V @ Ipp = 42 A. |
Panjit International Inc |
| 40 |
15KP200CA |
Glass passivated junction transient voltage suppressor. Vrwm = 200 V. Vbr(min/max) = 220/256.0 V @ It = 1.0 mA. Ir = 5 uA. Vc = 324 V @ Ipp = 46 A. |
Panjit International Inc |
| 41 |
15KP210 |
Glass passivated junction transient voltage suppressor. Vrwm = 210 V. Vbr(min/max) = 231/296.1 V @ It = 1.0 mA. Ir = 5 uA. Vc = 376 V @ Ipp = 40 A. |
Panjit International Inc |
| 42 |
15KP210A |
Glass passivated junction transient voltage suppressor. Vrwm = 210 V. Vbr(min/max) = 231/296.1 V @ It = 1.0 mA. Ir = 5 uA. Vc = 340 V @ Ipp = 44 A. |
Panjit International Inc |
| 43 |
15KP210C |
Glass passivated junction transient voltage suppressor. Vrwm = 210 V. Vbr(min/max) = 231/296.1 V @ It = 1.0 mA. Ir = 5 uA. Vc = 376 V @ Ipp = 40 A. |
Panjit International Inc |
| 44 |
15KP210CA |
Glass passivated junction transient voltage suppressor. Vrwm = 210 V. Vbr(min/max) = 231/296.1 V @ It = 1.0 mA. Ir = 5 uA. Vc = 340 V @ Ipp = 44 A. |
Panjit International Inc |
| 45 |
15KP220 |
Glass passivated junction transient voltage suppressor. Vrwm = 220 V. Vbr(min/max) = 242/310.2 V @ It = 1.0 mA. Ir = 5 uA. Vc = 394 V @ Ipp = 38 A. |
Panjit International Inc |
| 46 |
15KP220A |
Glass passivated junction transient voltage suppressor. Vrwm = 220 V. Vbr(min/max) = 242/281.6 V @ It = 1.0 mA. Ir = 5 uA. Vc = 356 V @ Ipp = 42 A. |
Panjit International Inc |
| 47 |
15KP220C |
Glass passivated junction transient voltage suppressor. Vrwm = 220 V. Vbr(min/max) = 242/310.2 V @ It = 1.0 mA. Ir = 5 uA. Vc = 394 V @ Ipp = 38 A. |
Panjit International Inc |
| 48 |
15KP220CA |
Glass passivated junction transient voltage suppressor. Vrwm = 220 V. Vbr(min/max) = 242/281.6 V @ It = 1.0 mA. Ir = 5 uA. Vc = 356 V @ Ipp = 42 A. |
Panjit International Inc |
| 49 |
1N5711WS-7 |
70V; 15mA surface mount schottky barrier diode. Ideally suited for automatic insertion |
Diodes |
| 50 |
1N5829 |
Switchmode power rectifier schottky diode. Ideally suited for use as rectifiers in low voltage. High frequency invertors. Free wheeling diodes and polarity protection diodes. Vrrm = 20V. Vrsm = 24V. |
USHA India LTD |
| 51 |
1N5830 |
Switchmode power rectifier schottky diode. Ideally suited for use as rectifiers in low voltage. High frequency invertors. Free wheeling diodes and polarity protection diodes. Vrrm = 30V. Vrsm = 36V. |
USHA India LTD |
| 52 |
1N5831 |
Switchmode power rectifier schottky diode. Ideally suited for use as rectifiers in low voltage. High frequency invertors. Free wheeling diodes and polarity protection diodes. Vrrm = 40V. Vrsm = 48V. |
USHA India LTD |
| 53 |
1N5832 |
Switchmode power rectifier schottky diode. Ideally suited for use as rectifiers in low voltage. High frequency invertors. Free wheeling diodes and polarity protection diodes. Vrrm = 20V. Vrsm = 24V. |
USHA India LTD |
| 54 |
1N5833 |
Switchmode power rectifier schottky diode. Ideally suited for use as rectifiers in low voltage. High frequency invertors. Free wheeling diodes and polarity protection diodes. Vrrm = 30V. Vrsm = 36V. |
USHA India LTD |
| 55 |
1N5834 |
Switchmode power rectifier schottky diode. Ideally suited for use as rectifiers in low voltage. High frequency invertors. Free wheeling diodes and polarity protection diodes. Vrrm = 40V. Vrsm = 48V. |
USHA India LTD |
| 56 |
269-C-120-D-14XX-A |
DFB, single mode pump laser module. Stable wavelength perfoprmance within the 1420 nm to 1510 nm (wavelength 14xx). Operating power 120 mW. Isolated, SMF. NO connector. |
Agere Systems |
| 57 |
269-C-120-D-14XX-B |
DFB, single mode pump laser module. Stable wavelength perfoprmance within the 1420 nm to 1510 nm (wavelength 14xx). Operating power 120 mW. Isolated, SMF. Connector SC/APC. |
Agere Systems |
| 58 |
269-C-120-D-14XX-C |
DFB, single mode pump laser module. Stable wavelength perfoprmance within the 1420 nm to 1510 nm (wavelength 14xx). Operating power 120 mW. Isolated, SMF. Connector FC/APC. |
Agere Systems |
| 59 |
269-C-120-M-14XX-A |
DFB, multimode pump laser module. Stable wavelength perfoprmance within the 1420 nm to 1510 nm (wavelength 14xx). Operating power 120 mW. Isolated, SMF. No connector, |
Agere Systems |
| 60 |
269-C-120-M-14XX-B |
DFB, multimode pump laser module. Stable wavelength perfoprmance within the 1420 nm to 1510 nm (wavelength 14xx). Operating power 120 mW. Isolated, SMF. Connector SC/APC. |
Agere Systems |
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