IC manufacturers Semtech

IC manufacturers (96)

Semtech TS80002 | Demoboard TSWITX-5V-2RX-EVM

LinkCharge™ LP Series TSWITX-5V-2RX-EVM Wireless Charging Transmitter (Rev 1.01)

Overview

TopologyWireless Power Transfer
Input voltage5 V
IC revision1.01

Description

LinkCharge LP TSWITX-5V-2RX-EVM is a multi-device transmitter demonstration platform allowing testing of approximately 1 watt of wireless power transmission.The Semtech TSWITX-5V-2RX-EVM is an evaluation platform for the test and experimentation of a wireless charging transmitter based on the Semtech TS80002 Wireless Power Transmitter Controller and TS61005 Dual N-Channel MOSFET Driver. This evaluation module, in conjunction with its compatible receiver, the TSWIRX-5V2-EVM, provides a complete system.The TSWITX-5V-2RX-EVM is a multi-device wireless charging platform that can support two TSWIRX-5V2-EVM oncurrently with each RX output at a 100mA.

Features

Low power multi-device charging wireless power transmitter

  • High switching frequency at 1MHz for low thermal dissipation into metal objects
  • 5V input power supply
  • Automotic timer with shut-off
  • Foreign Object Detection (FOD)
  • Pairs, with two LinkCharge LP receivers simulateneously
    • TSWIRX-5V2-EVM
    • Delivers 1 watt of total output power at the receivers
    • Freedom of positioning X,Y and Z of the receivers

Typical applications

  • Low power Wearables
  • Low power portable medical devices such as blood pressure monitors
  • Low power industrial applications, Electric Tooth Brush
  • LED fixtures such as powering and charging Tea Lights

More information

Products

Order Code Data­sheet Simu­lation Downloads Product seriesComplianceSizeL
(µH)
IR
(A)
RDC max.
(mΩ)
fres
(MHz)
Q
(%)
Samples
760308102308SPEC
7 files WE-WPCC Wireless Power Transfer Transmitter Coil works with Qi Tx IC's 50 x 30 x 2.4 mm 3 8.5 35 27 60
Order Code Data­sheet Simu­lation
760308102308SPEC
Samples
Order Code Data­sheet Simu­lation Downloads Product seriesComplianceSizeL
(µH)
IR
(A)
RDC max.
(mΩ)
fres
(MHz)
Q
(%)
Samples