Power Management

4C06B

Torex Semiconductor

(Can be used with low ESR Capacitor Compatible. ON-OFF Switch) High Speed LDO Regulators

Manufacturer: Torex Semiconductor

Document: 28 Pages / 1Mb

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XC6204B182MR TOREX | Alldatasheet

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$BOCFVTFEXJUIMPX&43$BQBDJUPS$PNQBUJCMF0/0''4XJUDI )JHI4QFFE-%03FHVMBUPST 4FSJFT 257 The XC6204 series are highly precise, low noise, positive voltage LDO regulators manufactured using CMOS processes. The series achieves high ripple rejection and low dropout and consists of a standard voltage source, an error correction, current limiter and a phase compensation circuit plus a driver transistor. Output voltage is selectable in 50mV increments within a range of 1.8V ~ 6.0V. The series is also compatible with low ESR ceramic capacitors which give added output stability. This stability can be maintained even during load fluctuations due to the excellent transient response of the series. The current limiter's foldback circuit also operates as a short protect for the output current limiter and the output pin. The CE function enables the output to be turned off, resulting in greatly reduced power consumption. ˙(FOFSBM%FTDSJQUJPO Maximum Output Current : 150mA Dropout Voltage : 200mV (I OUT = 100mA) Maximum Operating Voltage : 10V Output Voltage Range : 1.8V ~ 6.0V in 50mV increments Highly Accurate : ± 2% Low Power Consumption : TYP 70 µA Standby Current : less than 0.1 µA High Ripple Rejection : 70dB (10 kHz) Low Output Noise :3 0 µVrms Operational Temperature Range : -40°C ~ +85°C Low ESR Capacitor Compatible : Ceramic capacitor G Mobile phones G Cordless phones G Cameras, video recorders G Portable games G Portable AV equipment G Reference voltage G Battery powered equipment ˙'FBUVSFT ˙"QQMJDBUJPOTN CMOS Low Power Consumption N Dropout Voltage : 60mV @ 30mA, 200mV @ 100mA N Maximum Output Current : 150mA N Highly Accurate : ± 2% N Output Voltage Range : 1.8V ~ 6.0V N Low ESR capacitor compatible 9$Y 7*/ 7%$ 7QQ"$ *065 µ' DFSBNJD 3JQQMF3FKFDUJPO3BUF33 E# 3JQQMF'SFRVFODZG L)[ 7065 7*/ 744 $*/ ˙5ZQJDBM"QQMJDBUJPO$JSDVJU ˙5ZQJDBM1FSGPSNBODF $IBSBDUFSJTUJD 4@9$1. ϖʔδ

˙1SPEVDU$MBTTJGJDBUJPO G Selection Guide The following options for the CE pin logic and internal pull-up/down are available: Active 'High' + no pull-down resistor built-in (standard) Active 'High' + 300kΩ pull-down resistor built-in <between CE-VSS> (semi-custom) Active 'Low' + no pull-up resistor built-in (semi-custom) Active 'Low' + 300kΩ pull-up resistor built-in <between CE-V SS> (semi-custom) Note: *With the pull-up resistor or pull-down resistor built-in types, the supply current during operation will increase by VIN / 300kΩ (TYP.) 9$4FSJFT 258 ˙1JO$POGJHVSBUJPO ˙1JO"TTJHONFOU 7065 /$ 7*/ 744 405 641# 7*/ 7065 744 ʢ5017*&8ʣ 1*//6.#&3 405 641# 744 7 065 *OQVU (SPVOE 0/0''$POUSPM 0VUQVU ɼ /$ /P$POOFDUJPO G Ordering Information %&4*(/"503 ʙ "DUJWF)JHI QVMMEPXOSFTJTUPSCVJMUJO "DUJWF)JHI OPQVMMEPXOSFTJTUPSCVJMUJO "DUJWF-PX QVMMVQSFTJTUPSCVJMUJO "DUJWF-PX OPQVMMVQSFTJTUPSCVJMUJO 0VUQVU7PMUBHF FH 7FUD 0VUQVU7PMUBHFN7JODSFNFOUT ± 2% accuracy FHw e r ± 2% /PUF 0VUQVU7PMUBHFN7JODSFNFOUT ± 1% accuracy FHw e r ± 1% 641# 405 &NCPTTFE5BQF4UBOEBSE'FFE &NCPTTFE5BQF3FWFSTF'FFE 0VUQVU7PMUBHFN7JODSFNFOUT ± 2% accuracy FHw e r "˰7 /PUF 0VUQVU7PMUBHFN7JODSFNFOUT ± 1% accuracy FHw e r #˰7 ± 1% ɹɹ9$ qwerty 1MFBTFOPUFUIBUUIF#WFSTJPOJTUIFTUBOEBSEQBSU5IF" %WFSTJPOTBSFTFNJDVTUPNQBSUT /PUF5IFPVUQVUWPMUBHFSBOHFPGUIF±BDDVSBDZQSPEVDUJT7ʙ7 4@9$1. ϖʔδ

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9$4FSJFT 274 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US UG µTFD µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US UG µTFD µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US UG µTFD µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US UG µTFD µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US UG µTFD µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF (8) INPUT TRANSIENT RESPONSE 9$999 "NCJFOU5FNQ5PQS °C 5ISFTIPME7PMUBHF7$&) 7$&- 7 ʠ̡ʡ-FWFM7PMUBHF ʠ)ʡ-FWFM7PMUBHF 7*/ 7065 Њ $*/ µ' ʢDFSBNJDʣ (7) CE PIN THRESHOLD VOLTAGE vs. AMBIENT TEMPERATURE 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US UG µTFD µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF *OQVU7PMUBHF 4@9$1. ϖʔδ

9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US UG µTFD µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US UG µTFD µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US UG µTFD µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF 4FSJFT 275 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US UG µTFD µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US UG µTFD µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US UG µTFD µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF (8) INPUT TRANSIENT RESPONSE 4@9$1. ϖʔδ

9$4FSJFT 276 (9) LOAD TRANSIENT RESPONSE 9$Y 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 5JNF µTFDEJW 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 9$Y 5JNF µTFDEJW 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 9$Y 5JNF µTFDEJW 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 9$Y 5JNF µTFDEJW 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 9$Y 5JNF µTFDEJW 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 9$Y 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 5JNF µTFDEJW 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 4@9$1. ϖʔδ

9$Y 5JNF µTFDEJW 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 9$Y 5JNF µTFDEJW 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 9$Y 5JNF µTFDEJW 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 9$Y 5JNF µTFDEJW 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 9$Y 5JNF µTFDEJW 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 9$Y 5JNF µTFDEJW 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU (9) LOAD TRANSIENT RESPONSE 4@9$1. ϖʔδ

9$4FSJFT 278 9$Y 5JNF µTFDEJW 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 9$Y 5JNF µTFDEJW 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 9$Y 5JNF µTFDEJW 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 9$Y 5JNF µTFDEJW 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 9$Y 5JNF µTFDEJW 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 9$Y 5JNF µTFDEJW 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU (9) LOAD TRANSIENT RESPONSE 4@9$1. ϖʔδ

9$Y 5JNF µTFDEJW 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 9$Y 5JNF µTFDEJW 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 9$Y 5JNF µTFDEJW 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 9$Y 5JNF µTFDEJW 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 9$Y 5JNF µTFDEJW 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ ग़ྗిѹ 0VUQVU7PMUBHF 0VUQVU$VSSFOU 9$Y 5JNF µTFDEJW 0VUQVU7PMUBHF7065 7 0VUQVU$VSSFOU*065ʢN"ʣ 7*/ US UG µTFD $*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF 0VUQVU$VSSFOU (9) LOAD TRANSIENT RESPONSE 4@9$1. ϖʔδ

9$4FSJFT 280 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US µTFD 7*/ µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF (10) TURN-ON RESPONSE TIME 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US µTFD 7*/ µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US µTFD 7*/ µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US µTFD 7*/ µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US µTFD 7*/ µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US µTFD 7*/ µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF 4@9$1. ϖʔδ

9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US µTFD 7*/ µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US µTFD 7*/ µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US µTFD 7*/ µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y *OQVU7PMUBHF7*/ 7 5JNF µTFDEJW *065 US µTFD 7*/ µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF7065ʢ7ʣ *OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US µTFD 7*/ µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y *OQVU7PMUBHF7*/ 7 0VUQVU7PMUBHF7065ʢ7ʣ 5JNF µTFDEJW *065 US µTFD 7*/ µ' ʢDFSBNJDʣ *OQVU7PMUBHF 0VUQVU7PMUBHF (10) TURN-ON RESPONSE TIME 4@9$1. ϖʔδ

9$4FSJFT 282 9$Y 5JNF µTFDEJW 7*/ *065 US µTFD 7$& µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF7065ʢ7ʣ$&*OQVU7PMUBHF 0VUQVU7PMUBHF (11) ENABLE RESPONSE TIME (These characteristics will not be affected by the nature of the CE pin's logic) 9$Y 5JNF µTFDEJW 7*/ *065 US µTFD 7$& µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF7065ʢ7ʣ$&*OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y 5JNF µTFDEJW 7*/ *065 US µTFD 7$& µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF7065ʢ7ʣ$&*OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y 5JNF µTFDEJW 7*/ *065 US µTFD 7$& µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF7065ʢ7ʣ$&*OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y 5JNF µTFDEJW 7*/ *065 US µTFD 7$& µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF7065ʢ7ʣ$&*OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y 5JNF µTFDEJW 7*/ *065 US µTFD 7$& µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF7065ʢ7ʣ$&*OQVU7PMUBHF 0VUQVU7PMUBHF 4@9$1. ϖʔδ

9$Y 5JNF µTFDEJW 7*/ *065 US µTFD 7$& µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF7065ʢ7ʣ$&*OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y 5JNF µTFDEJW 7*/ *065 US µTFD 7$& µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF7065ʢ7ʣ$&*OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y 5JNF µTFDEJW 7*/ *065 US µTFD 7$& µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF7065ʢ7ʣ$&*OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y 5JNF µTFDEJW 7*/ *065 US µTFD 7$& µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF7065ʢ7ʣ$&*OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y 5JNF µTFDEJW 7*/ *065 US µTFD 7$& µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF7065ʢ7ʣ$&*OQVU7PMUBHF 0VUQVU7PMUBHF 9$Y 5JNF µTFDEJW 7*/ *065 US µTFD 7$& µ' ʢDFSBNJDʣ 0VUQVU7PMUBHF7065ʢ7ʣ $&*OQVU7PMUBHF 0VUQVU7PMUBHF (11) ENABLE RESPONSE TIME (These characteristics will not be affected by the nature of the CE pin's logic) 4@9$1. ϖʔδ

9$4FSJFT 284 (12) RIPPLE REJECTION RATE (13) OUTPUT NOISE DENSITY 9$Y 7*/ 7%$ 7QQ"$ *065 µ' ʢDFSBNJDʣ 3JQQMF3FKFDUJPO3BUF33 E# 3JQQMF'SFRVFODZG L)[ 9$Y 7*/ 7%$ 7QQ"$ *065 µ' ʢDFSBNJDʣ 3JQQMF3FKFDUJPO3BUF33 E# 3JQQMF'SFRVFODZG L)[ 9$Y 7*/ 7%$ 7QQ"$ *065 µ' DFSBNJD 3JQQMF3FKFDUJPO3BUF33 E# 3JQQMF'SFRVFODZG L)[ 9$Y 7*/ *065 µ' ʢDFSBNJDʣ 0VUQVU/PJTF%FOTJUZʢV7˽)[ʣ 'SFRVFODZG L)[ 9$Y 7*/ 7%$ 7QQ"$ *065 µ' ʢDFSBNJDʣ 3JQQMF3FKFDUJPO3BUF33 E# 3JQQMF'SFRVFODZG L)[ 4@9$1. ϖʔδ

Product Information

4C06B specifications and overview.

Summary

(Can be used with low ESR Capacitor Compatible. ON-OFF Switch) High Speed LDO Regulators

Description

(Can be used with low ESR Capacitor Compatible. ON-OFF Switch) High Speed LDO Regulators

Source title 4C06B Datasheet(PDF) - Torex Semiconductor

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