| No. |
Part Name |
Description |
Manufacturer |
| 511 |
P4KE160CA |
400 Watt peak power. Transient voltage suppressor diode. Nominal voltage 160 V. Bidirectional. |
Jinan Gude Electronic Device |
| 512 |
P6KE160C |
400 Watt peak power. Transient voltage suppressor diode. Nominal voltage 160 V. Bidirectional. |
Jinan Gude Electronic Device |
| 513 |
P6KE160CA |
400 Watt peak power. Transient voltage suppressor diode. Nominal voltage 160 V. Bidirectional. |
Jinan Gude Electronic Device |
| 514 |
PA1133 |
1850-1910 MHz, 160 W, linear power amplifier |
MA-Com |
| 515 |
PCF8831 |
STN RGB - 160 output row driver |
Philips |
| 516 |
PCF8831U |
STN RGB - 160 output row driver |
Philips |
| 517 |
PH2856-160 |
2.856GHz, 160 W, linear accelerator pulsed power transistor |
MA-Com |
| 518 |
PSMN1R6-30MLH |
N-channel 30 V, 1.9 mΩ, 160 A logic level MOSFET in LFPAK33 using NextPowerS3 technology |
Nexperia |
| 519 |
PTF191601 |
LDMOS RF Power Field Effect Transistor 160 W/ 1930-1990 MHz |
Infineon |
| 520 |
PTF191601E |
LDMOS RF Power Field Effect Transistor 160 W/ 1930-1990 MHz |
Infineon |
| 521 |
R3330-02 |
Spectral responce: 160 to 1040nm; 2200Vdc; average anode current:1mA; photomultiplier tube |
Hamamatsu Corporation |
| 522 |
RE023 |
A Low Drop Out (LDO) voltage regulator macrocell with a fixed 2.6V output voltage, rated for loads of up to 160 mA. A typical application is radio section supply in mobile terminals. |
Atmel |
| 523 |
RE024 |
A dual mode Low Drop Out (LDO) voltage regulator macrocell with a fixed 2.8V output voltage, rated for loads of up to 160 mA and as low as 5 mA. A typical application is radio section supply in mobile terminals. |
Atmel |
| 524 |
S6B33A1 |
132 RGB Segment & 160 Common Driver For 4,096 Color STN LCD |
Samsung Electronic |
| 525 |
SBR200-16JS |
Dual 160 V, 20 mA Schottky Barrier Rectifiers, Common Cathode |
ON Semiconductor |
| 526 |
SMAJ160 |
Surface mount transient voltage suppressor. Reverse stand-off voltage VRWM = 160 V. Test current IT = 1 mA. |
Bytes |
| 527 |
SMAJ160A |
Surface mount transient voltage suppressor. Reverse stand-off voltage VRWM = 160 V. Test current IT = 1 mA. |
Bytes |
| 528 |
SMAJ160C |
Surface mount transient voltage suppressor. Reverse stand-off voltage VRWM = 160 V. Test current IT = 1 mA. |
Bytes |
| 529 |
SMAJ160C |
400 W peak pulse power. Surface mount transient voltage suppressor. Working peak reverse voltage 160 V. Bidirectional. |
Jinan Gude Electronic Device |
| 530 |
SMAJ160CA |
Surface mount transient voltage suppressor. Reverse stand-off voltage VRWM = 160 V. Test current IT = 1 mA. |
Bytes |
| 531 |
SMAJ160CA |
400 W peak pulse power. Surface mount transient voltage suppressor. Working peak reverse voltage 160 V. Bidirectional. |
Jinan Gude Electronic Device |
| 532 |
SMBJ160 |
Surface mount transient voltage suppressor. 600 watts peak power. Reverse stand-off voltage VRWM = 160 V. Test current IT = 1 mA. |
Bytes |
| 533 |
SMBJ160A |
Surface mount transient voltage suppressor. 600 watts peak power. Reverse stand-off voltage VRWM = 160 V. Test current IT = 1 mA. |
Bytes |
| 534 |
SMBJ160C |
Surface mount transient voltage suppressor. 600 watts peak power. Reverse stand-off voltage VRWM = 160 V. Test current IT = 1 mA. |
Bytes |
| 535 |
SMBJ160CA |
Surface mount transient voltage suppressor. 600 watts peak power. Reverse stand-off voltage VRWM = 160 V. Test current IT = 1 mA. |
Bytes |
| 536 |
SMBJ5954A |
1.5W silicon surface mount zener diode. Zener voltage 160 V. Test current 2.3 mA. +-10% tolerance. |
Jinan Gude Electronic Device |
| 537 |
SMBJ5954B |
1.5W silicon surface mount zener diode. Zener voltage 160 V. Test current 2.3 mA. +-5% tolerance. |
Jinan Gude Electronic Device |
| 538 |
SMBJ5954C |
1.5W silicon surface mount zener diode. Zener voltage 160 V. Test current 2.3 mA. +-2% tolerance. |
Jinan Gude Electronic Device |
| 539 |
SMBJ5954D |
1.5W silicon surface mount zener diode. Zener voltage 160 V. Test current 2.3 mA. +-1% tolerance. |
Jinan Gude Electronic Device |
| 540 |
SMCJ160 |
Surface mount transient voltage suppressor. 1500 watts peak power. Reverse stand-off voltage VRWM = 160 V. Test current IT = 1 mA. |
Bytes |
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