ADS8339 16-Bit, 250-kSPS, Serial Interface, Micro-Power, Miniature, SAR Analog-to-Digital Converter

1 Features 1• Sample Rate: 250 kHz • 16-Bit Resolution • Zero Latency at Full Speed • Unipolar Single-Ended Input Range: – 0 V to Vref • SPI™-Compatible Serial Interface with Daisy- daisyChain Option • Uses Internal Clock for Conversion • Excellent Performance: – 93.6 dB SNR (typ) at 10-

RJ-45/USB Combo Jack with 100 Base-T Magnetics and Dual USB Connector

RJ-45/USB Combo Jack with 100 Base-T Magnetics and Dual USB Connector • UL94V-0 rated connector housing • Meets OCL specifications of 350µH Min with 8mADC Bias • Contact Plating: 6µ-inch gold flashed • USB connectors: 3µ-inch gold flashed • Compatible with a variety of 10/100 transceiver ICs

LED SPACER MOUNTS

[KEYSTONE] “UNIVERSAL” FOR T-1 & T-1 3/4 • Unique design separates leads and retains Tri-Lead and Bi-Lead components. • Designed for PC board mounting of Tri-Lead and Bi-Lead T-1 and T-1 3/4 LEDS • Provides height control, lead retention and stability. • Also suitable for mounting lamps

LED SPACER MOUNTS

[KEYSTONE] “UNIVERSAL” FOR T-1 & T-1 3/4 • Unique design separates leads and retains Tri-Lead and Bi-Lead components. • Designed for PC board mounting of Tri-Lead and Bi-Lead T-1 and T-1 3/4 LEDS • Provides height control, lead retention and stability. • Also suitable for mounting lamps

짹15KV ESD PROTECTED, LOW POWER RS-485/RS-422 TRANSCEIVER

DESCRIPTION The ST485E is al low power transceiver for RS-485 and RS-422 communication. Each driver output and receiver input is protected against ±15KV electrostatic discharge (H.B.M.) (ESD) shocks, without latcup. These parts contain one driver and one receiver in half duplex configuration. Th

Combo Jack with 100 Base-T Magnetics

RJ-45/USB Combo Jack with 100 Base-T Magnetics and Dual USB Connector • UL94V-0 rated connector housing • Meets OCL specifications of 350µH Min with 8mADC Bias • Contact Plating: 6µ-inch gold flashed • USB connectors: 3µ-inch gold flashed • Compatible with a variety of 10/100 transceiver ICs