AD14AE010 - Active Delay Lines

Features

e TTL and DTL Compatible.
Single Output 14-pin DIL.
Operating Temperature Range: 0°C to +70°C.
Custom Designs (delays or pin layouts) Available upon Request.

UNIVERSAL MICROELECTRONICS

Datasheet Details

Part number	AD14AE010
Manufacturer	UNIVERSAL MICROELECTRONICS
File Size	65.47 KB
Description	Active Delay Lines
Datasheet	AD14AE010 Datasheet
Additional preview pages of the AD14AE010 datasheet.

📁 Similar Datasheet

AD1403 - Low Cost/ Precision 2.5 V IC References (Analog Devices)
AD1403A - Low Cost/ Precision 2.5 V IC References (Analog Devices)
AD14060 - DSP Multiprocessor (Analog Devices)
AD14060L - DSP Multiprocessor (Analog Devices)
AD14160 - DSP Multiprocessor (Analog Devices)
AD14160L - DSP Multiprocessor (Analog Devices)
AD142 - PNP Transistor (ETC)
AD148 - Germanium PNP Transistor (Siemens)
AD149 - PNP Transistor (INCHANGE)
AD149 - PNP Transistor (VALVO)

Other Datasheets by UNIVERSAL MICROELECTRONICS

AD14AE020 - Active Delay Lines
AD14AE030 - Active Delay Lines
AD14AE040 - Active Delay Lines
AD14AE050 - Active Delay Lines
AD14AE060 - Active Delay Lines
AD14AE070 - Active Delay Lines
AD14AE080 - Active Delay Lines
AD14AE090 - Active Delay Lines

Full PDF Text Transcription

Click to expand full text

& UNIVERSAL MICROELECl'llCOOC:S CO., LTD. ACTIVE DELAY LINES AD14AE SERIES: 14-PIN OIL-SINGLE OUTPUT FEATURES: e TTL and DTL Compatible •Single Output 14-pin DIL •Operating Temperature Range: 0°C to +70°C •Custom Designs (delays or pin layouts) Available upon Request ELECTRICAL CHARACTERISTICS Supply Votage Vee: 5.0±0.25 VDC Logic 1 Input Voltage: 2.0V min. Input Current: 50µ.A max. Logic 0 Input Voltage: 0.8V max. Input Current: - 2.0mA max. Logic 1 Output Voltage: 2.4V min. Logic 0 Output Voltage: 0.5V max. All measurements made at Vcc=5.0V, 25°C FAN OUT CAPABILITIES Logic 0 Output: ·10 TTL loads/tap max. 20 TTL loads/unit max. Logic 1 Output: 20 TTL loads/unit max. • CIRCUIT CONFIGURATION: OUT PIN 8 PACKAGE DIMENSIONS: INPUT TEST CONDITIONS Pulse Voltage: 3.

Published: Jan 9, 2025 |