TLS203B0 DEMO Board User Guide. Board Overview and Quick Start GND Ground V OUT Output Voltage V IN Input Voltage EN Enable Input TLS203B0LDV ADJ in PG-TSON-10.

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Presentation transcript:

TLS203B0 DEMO Board User Guide

Board Overview and Quick Start GND Ground V OUT Output Voltage V IN Input Voltage EN Enable Input TLS203B0LDV ADJ in PG-TSON-10 Optional footprints for filter elements and connectors for noise measurements (not assembled) Predefined voltage dividers to adjust Vout (via jumper 1-5,7): JMP1: 1.8V (R1 = 118 k JMP2: 2.5V (R2 = 261 k JMP3: 3.3V (R3 = 422 k JMP4: 5.0V (R4 = 768 k JMP5: user defined Vout; R5 to be soldered JMP7: unity gain – ADJ tied to Vout R6 = 249 k Output Cap: Cout4 = 10µF /16V ceramic + opt. footprints Input Cap: Cin4 = 10µF / 25V ceramic + opt. footprints Jumper to select predefined values of Bypass Capacitance (Noise Reduction): SV1 jumper set 3-2: CBYP1 = 10nF / 16V SV1 jumper set 1-2: CBYP2 = 1nF / 16V SV1 jumper open: = no bypass capacitor Copyright © Infineon Technologies AG All rights reserved. TLS203B0LDV

Quick Start › Select the desired Output Voltage V OUT : –close ONE of the jumpers JMP 1-5 according to page 2. If JMP5 is used (= user-specific) a user defined value for R5 must be soldered accordingly. If V OUT > 16V is chosen the output capacitor must be replaced with a capacitor having a higher voltage rating (16V is assembled). Leave the other jumpers open! › Select Bypass Capacitance: –the jumper settings of SV1 allow to use pre-assembled bypass capacitor values C BYP of either 10nF or 1nF. Leaving SV1 open corresponds to „no bypass capacitor used“. › Connect GND to Ground › Connect V IN to the Voltage Supply –Absolute Maximum Rating V IN : -20V to 20V › Connect V OUT to the load –Absolute Maximum Rating V OUT : -20V to 20V › Set EN to high level or connect to V IN to start the voltage regulator –Absolute Maximum Rating EN: -20V to 20V –Jumper JMP6 can be used to tie V EN to V IN Note: Do NOT exceed the Absolute Maximum Ratings! Copyright © Infineon Technologies AG All rights reserved.

Board Schematics Copyright © Infineon Technologies AG All rights reserved. TLS203B0

Board TOP Layer Copyright © Infineon Technologies AG All rights reserved.

Board BOTTOM Layer Copyright © Infineon Technologies AG All rights reserved.