XCL108B461ER-G

Torex Semiconductor
865-XCL108B461ER-G
XCL108B461ER-G

Mfr.:

Description:
Switching Voltage Regulators 400nA Ultra-Low Quiescent 0.5A PWM/PFM Inductor Built-in Step-up DC/DC Converters

Lifecycle:
New Product:
New from this manufacturer.
ECAD Model:
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Availability

Stock:
Non-Stocked
Factory Lead Time:
12 Weeks Estimated factory production time.
Minimum: 3000   Multiples: 3000
Unit Price:
₹-.--
Ext. Price:
₹-.--
Est. Tariff:

Pricing (INR)

Qty. Unit Price
Ext. Price
Full Reel (Order in multiples of 3000)
₹86.01 ₹2,58,030.00

Product Attribute Attribute Value Select Attribute
Torex Semiconductor
Product Category: Switching Voltage Regulators
RoHS:  
SMD/SMT
Brand: Torex Semiconductor
Input Voltage: 650 mV to 5.5 V
Input Voltage - Max: 5.5 V
Input Voltage - Min: 650 mV
Maximum Operating Temperature: + 105 C
Minimum Operating Temperature: - 40 C
Number of Outputs: 1 Output
Output Current: 180 mA
Output Voltage: 4.6 V
Package/Case: CL-2025-02-6
Packaging: Reel
Product Type: Switching Voltage Regulators
Quiescent Current: 400 nA
Shutdown: No Shutdown
Factory Pack Quantity: 3000
Subcategory: PMIC - Power Management ICs
Supply Voltage - Min: 650 mV
Switching Frequency: 1.2 MHz
Topology: Boost
Type: Synchronous Step Down DC/DC Converter
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Compliance Codes
USHTS:
8542390000
ECCN:
EAR99
Origin Classifications
Country of Origin:
Japan
Assembly Country of Origin:
Not available
Country of Diffusion:
Not available
The country is subject to change at the time of shipment.

XCL108 Inductor Built-in Step-Up DC/DC Converters

Torex Semiconductor XCL108 Inductor Built-in Step-Up DC/DC Converters feature ultra-low power and an ultra-compact package ideal for battery-powered electronic devices requiring an extended battery life. These modules provide a space-saving, inductor built-in structure with extremely low quiescent current of only 400nA, significantly improving efficiency compared to conventional DC/DC converters at light loads, particularly at output currents of a few µA. By adopting a PWM/PFM control method, high efficiency is possible in any current range, eliminating the need for complex on/off control, even when the boost operation is always running. This design greatly reduces power consumption in devices with high system standby rates, which helps to extend battery life and reduce battery capacity/size.