| PART |
Description |
Maker |
| NTE5005SM NTE5031SM NTE5027SM 5031SM NTE5006SM NTE |
(NTE5005SM - NTE5031SM) Zener Diode / 300mW 5% Tolerance
Zener Diode, 300mW ±5% Tolerance
Zener Diode, 300mW % Tolerance
Zener Diode, 300mW 5% Tolerance
Zener Diode 300mW 5% Tolerance
Zener Diode, 300mW 【5% Tolerance
15 V, 0.35 W, SILICON, UNIDIRECTIONAL VOLTAGE REGULATOR DIODE
|
NTE[NTE Electronics]
|
| LDM-0808-1000-93 |
CW Output Power: 1 W Typical 808 nm Emission Wavelength High-efficiency Quantum Well Structure TO5 Package
|
Roithner LaserTechnik GmbH
|
| HMC1114LP5DETR EVL1HMC1114LP5D |
High output IP3: 44 dBm typical
|
Analog Devices
|
| PT2308P PT2308P-L PT2308P-S PT2308P-C |
2-Channel 300mW Class AB Power Amplifier
|
Princeton Technology Corp
|
| PT2308P09 |
2-Channel 300mW Class AB Power Amplifier
|
Princeton Technology Corp
|
| TC110301ECT TC110303ECT TC110331ECT TC110333ECT TC |
The TC110 is a step-up (Boost) switching controller that furnishes output currents as high as 300 mA while delivering a typical efficiency of 84%. The TC110 normally operates in pulse width modulation mode (PWM), but automatically switches
The TC110 is a step-up (Boost) switching controller that furnishes output currents as high as 300 mA while delivering a typical efficiency ...
PFM/PWM Step-Up DC/DC Controller 烤瓷/ PWM升压DC / DC控制
|
MICROCHIP[Microchip Technology]
Microchip Technology, Inc.
|
| ALO15B50 ALO15B50-6 ALO15B50-6L ALO15B50-L ALO15B5 |
1-OUTPUT 180 W DC-DC REG PWR SUPPLY MODULE
High efficiency (96% Typical)
|
Emerson Network Power
|
| MS6853 |
Mono 1.9W Stereo 300mW Power Amplifier Low Voltage Operation
|
Mosa Electronics
|
| M3500-0305 |
300-500 MHZ TYPICAL OUTPUT FREQUENCY / MODULATION SENSITIVITY VERSUS TUNING VOLTAGE
|
Micronetics, Inc.
|
| M3500-0102 |
100-200 MHZ TYPICAL OUTPUT FREQUENCY / MODULATION SENSITIVITY VERSUS TUNING VOLTAGE
|
Micronetics, Inc.
|
| M3500-0408 |
400-800 MHZ TYPICAL OUTPUT FREQUENCY / MODULATION SENSITIVITY VERSUS TUNING VOLTAGE
|
Micronetics, Inc.
|
| M3500-0204 |
200-400 MHZ TYPICAL OUTPUT FREQUENCY / MODULATION SENSITIVITY VERSUS TUNING VOLTAGE
|
Micronetics, Inc.
|
