Silicon Complementary Transistors Low Noise, General Purpose Amplifier

Features: ● Low Collector Saturation Voltage ● Low Output Capacitance ● Low Noise

Silicon Complementary Transistors Low Noise, General Purpose Amplifier

Germanium PNP Transistor RF-IF Amp, FM Mixer OSC

Description: The NTE160 is a germanium mesa PNP transistor in a TO72 metal case designed for use as a preamplifier mixer and oscillator up to 900MHz.

Polymeric Positive Temperature Coefficient (PTC) Resettable Fuses

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Silicon NPN Transistor Video IF Amp

Features: • High Transistion Frequency • Good Linearity of DC Current Gain • An M Type Mold package that Allows Easy Manual and Automatic Insertion. Can be Firmly Mounted Flush to PC Board Surface.

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Silicon NPN Transistor RF Power Output, PO = 13.5W, 175MHz

Silicon NPN Transistor RF Power Output, PO = 13.5W, 175MHz

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Silicon NPN Transistor RF Power Output, PO = 7W, 175MHz

Description: The NTE16003 is an RF power transistor in a TO60 type case that employs a multi emitter electrode design. This feature together with a heavily diffused base matrix located between the individual emitters results in high RF current handling capability, high power gain, low base resi

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Silicon Complementary Transistors High Current, General Purpose

Silicon Complementary Transistors High Current, General Purpose

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Silicon Complementary Transistors High Current, General Purpose

Silicon Complementary Transistors High Current, General Purpose

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Silicon NPN Transistor Low Frequency Output Amp w/High Current Gain

Features: • High DC Current Gain • Low Collector–Emitter Saturation Voltage • An M type mold package that allows easy manual and automatic insertion. Can be firmly mounted flush to PCB surface

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Integrated Circuit Power Amplifier for Car Radio, 19W

Integrated Circuit Power Amplifier for Car Radio, 19W

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Polymeric Positive Temperature Coefficient (PTC) Resettable Fuses

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Polymeric Positive Temperature Coefficient

RESETTABLE CIRCUIT PROTECTION When it comes to Polymeric Positive Temperature Coefficient (PPTC) circuit protection, you now have a choice. Polymeric fuses are made from a conductive plastic formed into thin sheets, with electrodes attached to either side. The conductive plastic is manufactu

Integrated Circuit FM IF System for Car Radio

Description: The NTE1604 is an integrated circuit in a 16–Lead SIP type package designed for use in FM car stereo receivers. This device features versatile muting characteristics and allows receiver designers to realize the muting performance according to their design concept. Features:

Integrated Circuit Dual Audio Power Amplifier, 4W to 7W

Description: The NTE1606 is an audio power amplifier integrated circuit in a 12–Lead SIP type package specifically designed for cassette radio applications. This device delivers 4.3W per channel under a 12V power supply and 6.8W under a 15V power supply to a 4Ω load. Features: • Low Qui

Integrated Circuit B/W TV Video Detector Amplifier, IF AGC Circuit

Description: The NTE1607 is an integrated circuit in a 9–Lead SIP type package designed for use as a B/W TV video detector amplifier and IF AGC circuit. Features: • High Gain IF Signal to Video Signal Conversion (Detection) and Operates with Low Input Signal Level • No Adjustment for

Integrated Circuit AM Tuner w/Electronic Tuning

Description: The NTE1608 is a high performance integrated circuit in a 20–Lead DIP type package to be used as an AM electronic tuner. It provides an automatic search–stop signal, local oscillator buffer–output, and the low level local oscillation, as well as providing all other functions requir

Integrated Circuit Instrumentation Timer

Description: The NTE1609 is a monolithic integrated circuit in a 7–Lead SIP type package consisting of a timer developed for use in measurement instrumentation, control equipment and digital data procesing equipment. This device is designed to require few externally connected components. F

Silicon NPN Transistor VHF-UHF Amplifier, Mixer/Osc

Features:
High Current Gain–Bandwidth Product: fT = 600MHz (Min) @ f = 100MHz
Low Output Capacitance: Cob = 1.7pF (Max) @ VCB = 10V Absolute Maximum Ratings: Collector–Emitter Voltage, VCES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Integrated Circuit B/W TV Video Detector Amplifier, IF AGC Circuit

Description: The NTE1610 is an integrated circuit in a 9–Lead SIP type package designed for use as a B/W TV video detector amplifier and IF AGC circuit. Features: High Gain IF Signal to Video Signal Conversion (Detection) and Operates with Low Input Signal Level No Adjustment for IF

Integrated Circuit Video and FM Sound Modulator/Carrier Oscillator for VCR

Features: Video Clamp White Clip Main Carrier Oscillator Main Carrier Attenuator Video Modulator Sound Modulator Sound FM Modulator Channel Switch Low Power Operation Adjustable Output Power Level and V/A Ratio with External Resistance Minimum Number of External Pa

Integrated Circuit AF PO, 0.7W for Battery Use

Features: Wide Operating Voltage (2V to 6V) Power Amplifier has High Output (430mW), Low Noise (0.25mVRMS) and Low Distortion (0.4) Maximum Output can be 700mW High Ripple Rejection Ratio (typically 46dB) Very Low High–Frequency Distortion and a Sort Cuppea Wave Form make this a Sup

Integrated Circuit B/W TV Tuner Bandswitch Circuit

Description: The NTE1615 is an integrated circuit in a 9–Lead SIP type package designed for use as a B/W TV tuner bandswitch circuit. Features: Continuous VHF Band Tuning without High and Low Band Switching Operation Low Drain Current from Tuning Reference Voltage Supply High Brea

Integrated Circuit TV Sound IF Amp/Detector, Driver

Description: The NTE1616 is a TV sound integrated circuit in a 14–Lead DIP type package that can be operated with no adjustment, using ceramic filters externally. This device contains a DC controlled attenuator, which has wide effective area and gentle characteristic in the changing, so it is c

Integrated Circuit TV Video IF Amp/AGC

Features: Good noise characteristics in strong signal condition made posible by IF AGC delayed operation inside circuit. Wide range of gain reduction and IF AGC. Absolute Maximum Ratings: (TA = +25°C unless otherwise specified) Supply Voltage, VCC . . . . . . . . . . . . . . . . . .

Silicon NPN Transistor TV Vertical Deflection

Description: The NTE162 is an NPN transistor in a TO3 type case designed for medium–to–high voltage inverters, converters, regulators, and switching circuits. Features: • High Voltage: VCEX = 400V • Gain Specified to 3.5A • High Frequency Response to 2.5MHz

Integrated Circuit B/W TV Video IF Amplifier, RF AGC Circuit

Description: The NTE1620 is an integrated circuit in a 9–Lead SIP type package designed for use as a B/W TV video IF amplifier and RF AGC circuit. Typical applications inclued low voltage operation (6V) and small B/W TVs. Features: • Low Voltage Operation Video IF Circuit with Minimum N

Integrated Circuit AM/FM Radio Circuit w/Power Amp

Features: • Suitable for Use in AM/FM Portable Radios or Main–fed AM/FM Clock Radios. • Incorporates AM RF Amp, AM Local Oscillator, AM Mixer, AM/FM IF Amp, AM/FM Detector, AM AGC Circuit, FM AFC Circuit and B Class–Audio Power Amplifier. • Using the NTE1624, Plus the Discrete Input Stage

Integrated Circuit 4.2W Dual Audio Power Amplifier

Description: The NTE1626 is a dual audio power amplifier in a 12−Lead SIP type package designed for use in a stereo radio cassette. This device has two audio power amplifiers and each of the two provides 4.2W power at 12V/4Ω. Features: • High Output Power: 4.2W/ch (Typ) VCC = 12V,

Integrated Circuit Power Amp, 550mW, for Battery Operated Radios

Description: The NTE1627 is a monolithic integrated circuit in a 9–Lead SIP type package consisting of a power amplifier intended for applications such as portable radios, tape recorders, and intercoms. It operates from a supply voltage of 6V and can deliver the rated output power of 350mW (THD

Integrated Circuit TV Sync Separator Detector

Integrated Circuit TV Sync Separator Detector

Integrated Circuit VCR Cylinder Motor Driver

Description: The NTE1630 is an integrated circuit designed for VCR cylinder DD motor drive. Features: • 3−Phase motor drive circuit • 2 Phase−Hall element input circuit • PG, FG, generator circuit • Motor Lock Detector • Supply Voltage either 9V or 12V

Integrated Circuit FM Stereo Multiplexer w/ Soft Muting

Features: • Compact Package • Channel separation as well as high−frequency cutting can be controlled by means of control inputs • A control input us used to force monaural operation and inhibit oscillations when the applied voltage is low (VCC = 0V) • For a fixed−input waveform phase s

Integrated Circuit Vertical/Horizontal Sync Separator

Description: The NTE1632 separates the horizontal and vertical sync pulses from the composite TV video signal and uses them to synchronize vertical and horizontal oscillators. The NTE1632 is supplied in a 18−Lead DIP type package. Features: Horizontal sync separator & noise inverte

Integrated Circuit TV Sound Channel w/DC Controls

Description: The NTE1633 is a complete TV sound channel in a 20–Lead DIP type package with DC tone and volume controls plus separate VCR input and output connections. Supplied in a 20–pin DIP, the device delivers an output power of 4W into 16Ω (d = 10, VS = 24V) or 1.5W into 8Ω (d = 10, VS = 12

Integrated Circuit Dual Preamp w/ALC

Description: The NTE1634 is a monolithic integrated circuit in a 14–Lead DIP type package consisting of a dual equalizer amplifier with automatic level control (ALC) and is suitable for stereo radio cassette applications. Features: Dual Equalizer Amplifier with Built–In ALC Circuit.

Integrated Circuit Speaker Protector/Voltage/Temperature/Overload

Description: The NTE1635 is a monolithic integrated circuit in an 8–Lead SIP type package designed for use in protecting power amplifiers and speakers in various amplifier and receiver applications. Features: • Built–In Relay Driver • Single Power Source • Wide Operating Supply Ra

Integrated Circuit Dual AF Power Ampilifier, 4.3W

Features: • Built−in 2 Channels Enabling use in Stereo and Bridge Amplifier Applications. • Low Switching Distortion at High Frequencies • Minimum Number of External Parts Required: 9 Pcs. Min. (Stereo/Bridge) • Small Shock Noise at the Time of Power Supply ON/OFF due to Built−In Mutin