8749 AR Search Results

QBH-8749

Contextual Info: Available as: QBH-8749, 0.500” Sq. Surface-mount E52-19422 RF AMPLIFIER MODEL QBH-8749 Features Typical Intermodulation Performance at 25 ºC n n n n Second Order Harmonic Intercept Point.+60 dBm (Typ.) Second Order Two Tone Intercept Point.+57 dBm (Typ.)

Contextual Info: Available as: QBH-8749, Hybrid SM E52-19422 RF AMPLIFIER MODEL QBH-8749 Features Typical Intermodulation Performance at 25 ºC  High Gain: 22 dB Typical  High Power: +26 dBm Typical  Operating Temp. -40 ºC to +70 ºC  Environmental Screening Available

Contextual Info: SM Hybrid Amplifier QBH-8749 Parameters Typical 25°C Frequency range Small signal gain Gain flatness Reverse isolation • 10 - 200 MHz frequency range • High dynamic range VSWR Input Output 1 dB compression Output intercept point 3rd Order 2nd Order Noise figure

TAI-101

Contextual Info: DWG SIZE B DASH NO -1 -2 -2A -20 -3 -3A -4 -5 -5A -5B -21 -22 -31 -34 -36 -37 -41 -44 -53 -63 CABLES ACCDMMDDATED ASSEMBLE PER RG-5B RG-59 BELDEN B279 AT&T 730A RG-223 RG-55 RG-122 RG-174 RG-196 HEWLETT-PACKARD B 120-1107 RG-303 RG-1B0 DATA CONTAINED IN THIS DOCUMENT IS

belden 8228

Contextual Info: DISK # E13 DASH NO -1 -U1 -2 -U2 -2A -U2A -2B -U2B -3 -U3 -3A -U3A -4 -U4 -5 -U5 -5A -U5A -5B -U5B -21 -U21 -22 -U22 -31 -U31 -34 -U34 -36 -U36 -41 -U41 -44 -U44 -141 -U141 4. CABLES ACCOMMODATED DWG SIZE B DATA CONTAINED IN THIS DOCUMENT IS PROPRIETARY TO TROMPETER ELECTRONICS INC.

IC 8085 pin diagram

Abstract: 8749H INTEL 8049 IC intel 8749h intel 8085 instruction set 8049H ic intel 8085 8085 pin diagram Intel 8080 instruction set 8749
Contextual Info: •Del 18749 NEW HIGH PERFORMANCE SINGLE COMPONENT 8-BIT MICROCOMPUTER INDUSTRIAL • • • • • EPROM Version of 8049H Use for Prototype Development 11 MHz Operational High Performance HMOS Interchangeable with 8049 2 K x 8 ROM/EPROM 128 x 8 RAM 27 I/O Lines

AM148

Contextual Info: Of CASCADABLE THIN FILM A M PLIFIER 5-500 MHz GAIN: MODEL AM-148 14 dB 3.5 dB Typical Midband Noise Figure 1.2 Typical Midband VSW R + 16 dBm Typical Midband Third Order Intercept Guaranteed Specifications* From -55°C to +85°C Case Temp Frequency Range_ 5-500 MHz

68B09E

Abstract: EM-149 68A08 EM-189 68B09 68a09 intel 8749 microprocessor 68b02 applied microsystems emulator EM-180B
Contextual Info: MICROSYSTEMS Corporation 5020 148th Ave. N.E. • P.O. Box 568 • Redmond • Washington 98052 • Telephone 206 882-2000 For more information: Microprocessor-based designs are no longer revolutionary, but the equipment now being provided to support these designs is.

6259S

Abstract: 8873 circuit diagram u 110 telefunken diagram for test ic 8873 6030
Contextual Info: U 6030 B / U 6031 B TELEFUNKEN Semiconductors Switch ON/OFF delay circuit for timing relays Description The bipolar integrated circuits, U 6030 B and U 6031 B, are designed as switch ON/ OFF delay circuits for timing relays. They have a defined switch ON/ OFF delay time.

ITF09A001

Abstract: S1365
Contextual Info: 98.304 MHz SAW Filter Part Number 241252B 1. Features Typical 1dB bandwidth of 11.5 MHz High attenuation Single Ended Operation Surface Mounted Package SMD 2. Electrical Specifications Source and Load Impedance = 50Ω Operating Temperature : +25℃ ℃

3344B

Abstract: 2842b ic 8746
Contextual Info: Zener Regulator Diodes Part N um ber i i Package O u tlin e Type M il Spec P o w er Data W S heet ID i I Vz (V) izt ; Zzt (m A) j ( Q ) ZzJt (n ) IR (uA) VR (V) Toi. (+/-%) 5 g JAN 1N3341B Scottsdale DO-5 STD 358 7082 50 105 120 25 210 10 83 JAN TX1N 2839B

z-diode 6047

Abstract: 6259S U6046B 6047b
Contextual Info: U 6046 B / U 6047 B TELEFUNKEN Semiconductors Rear window heating timer Description The window heating timers are bipolar integrated circuits. Due to time controlled functions, they reduce the current consumptions of high loads i.e., heating resistors. An

U4047B

Abstract: 8749 MICROCONTROLLER circuit diagram of rocker switch 6 pin circuit diagram of rocker switch 7 pin U6046B-FP U6046B U6047B pin diagram of 8755 debounce time U6046BFP
Contextual Info: U6046B/ U6047B Rear Window Heating Timer/ Long-Term Timer Description The bipolar long-term timers U6046B and U4047B are designed to limit the operation time of high loads in the harsh automotive enviroment automatically by a preset delay time. With the power-on-reset function the timers

circuit diagram of rocker switch 7 pin

Abstract: U6046B U6047B U4047B
Contextual Info: U6046B / U6047B Rear Window Heating Timer/ Long-Term Timer Description The bipolar long-term timers U6046B and U4047B are designed to limit the operation time of high loads in the harsh automotive enviroment automatically by a preset delay time. With the power-on-reset function the timers

6259S

Abstract: capacitor discharge ignition transistor 7746 11 pin 24 AC relay pulse IGNITION 8873 IC sth 39 d
Contextual Info: U 6044 B TELEFUNKEN Semiconductors Radiator fan controlled timer Description The bipolar integrated circuit, U 6044 B, is designed as a radiator fan controlled timer. After the ignition is switched off, the thermal switch of the engine can activate the radiator fan via relay for a preset period, to support the

Contextual Info: Advance Data Sheet March 1994 l a AT&T Microelectronics JC075-Series Power Modules: 18 Vdc to 36 Vdc Input; 75 W Features • Small size: 2 .4 0 in. x 2 .2 8 in. x 0 .5 0 in. ■ High power density 18 W/in.3 ■ High efficiency: 84% typical ■ Low output noise

8873 IC

Abstract: 6259S
Contextual Info: U 6049 B TELEFUNKEN Semiconductors Radiator fan controlled timer Description The bipolar integrated circuit, U 6049 B, is designed as a radiator fan controlled timer. After the ignition is switched off, the thermal switch of the engine can activate the radiator fan via relay for a preset period, to support the

6259S

Abstract: 8815 k pulse IGNITION THERMAL SWITCH
Contextual Info: U 6049 B TELEFUNKEN Semiconductors Radiator fan controlled timer Description The bipolar integrated circuit, U 6049 B, is designed as a radiator fan controlled timer. After the ignition is switched off, the thermal switch of the engine can activate the radiator fan via relay for a preset period, to support the

16V8

Abstract: debouncing relay contact
Contextual Info: U 6032 B / U 6032 B-FP TELEFUNKEN Semiconductors Automotive TOGGLE switch Description The bipolar integrated circuit, U 6032 B, is designed as a TOGGLE switch. It controls an electrical load, for example, fog lamp, high/ low beam or heated windows for automotive applications. It has a defined power-on status.

u 110 telefunken

Abstract: ground relay diagram for test ic 8873 IC OF 8873 free transistor 6032 z-diode
Contextual Info: U 6032 B / U 6032 B-FP TELEFUNKEN Semiconductors Automotive TOGGLE switch Description The bipolar integrated circuit, U 6032 B, is designed as a TOGGLE switch. It controls an electrical load, for example, fog lamp, high/ low beam or heated windows for automotive applications. It has a defined power-on status.

JW075-Series

Abstract: JC075A JC075A1 JC075B JC075B1
Contextual Info: Advance Data Sheet March 1994 JC075-Series Power Modules: 18 Vdc to 36 Vdc Input; 75 W Features The JC075-Series Power Modules use advanced, surfacemount technology and deliver high-quality, efficient, and compact dc-dc conversion. • Small size: 2.40 in. x 2.28 in. x 0.50 in.

Contextual Info: Datasheet July 1996 microelectronics group * r Lucent Technologies Bell Labs Innovations JW050H, JW075H, JW100H, JW150H Power Modules: dc-dc Converters; 36 Vdc to 75 Vdc Input; 50 W to 150 W Applications • Distributed power architectures ■ Workstations

Contextual Info: Advance Data Sheet February 1995 ; mAT&T Microelectronics Economy Series JW050A1-E, JW075A1-E Power Modules: dc-dc Converters; 36 Vdc to 72 Vdc Input; 50 W to 75 W Features • Small size: 2.40 in. x 2.28 in. x 0.50 in. ■ High power density ■ High efficiency: 83% typical

Contextual Info: Data Sheet April 2009 DC025 Triple Output-Series Power Modules: 18 Vdc to 36 Vdc Input; 25 W Absolute Maximum Ratings Stresses in excess of the absolute maximum ratings can cause permanent damage to the device. These are absolute stress ratings only. Functional operation of the device is not implied at these or any other conditions in excess