142-0701-801 RF / Coaxial Connector, SMA Coaxial, Straight Jack, Solder, 50 ohm, Beryllium Copper

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Explain this sma connector
142-0701-801
RF / Coaxial Connector, SMA Coaxial, Straight Jack, Solder, 50 ohm, Beryllium Copper
Image is for illustrative purposes only. Please refer to product description.
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JOHNSON
Manufacturer:
Manufacturer Part No:
Order Code:
Technical Datasheet
5.0 (1)
JOHNSON-CINCH
CONNECTIVITY
142-0701-801
1608592
142-0701-801 Datasheet
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Product Overview
The 142-0701-801 is an end launch SMA RF Coaxial Connector is attached to the circuit board by inserting the board edge between the legs and soldering the legs
and centre conductor to pads on the board. For optimum high frequency performance, the connector to circuit board transition must be adjusted for low VSWR. To
compensate for the transition from coax to microstrip, trace widths "A" and "B" must be adjusted based on circuit board thickness. When properly adjusted, this
technique yields a low VSWR over a wide bandwidth.
50
10
Ente
Transcribed Image Text:142-0701-801 RF / Coaxial Connector, SMA Coaxial, Straight Jack, Solder, 50 ohm, Beryllium Copper Image is for illustrative purposes only. Please refer to product description. Add to compare JOHNSON Manufacturer: Manufacturer Part No: Order Code: Technical Datasheet 5.0 (1) JOHNSON-CINCH CONNECTIVITY 142-0701-801 1608592 142-0701-801 Datasheet See all Technical Docs Write A Review Ask A Question Product Overview The 142-0701-801 is an end launch SMA RF Coaxial Connector is attached to the circuit board by inserting the board edge between the legs and soldering the legs and centre conductor to pads on the board. For optimum high frequency performance, the connector to circuit board transition must be adjusted for low VSWR. To compensate for the transition from coax to microstrip, trace widths "A" and "B" must be adjusted based on circuit board thickness. When properly adjusted, this technique yields a low VSWR over a wide bandwidth. 50 10 Ente
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