Component category
Battery Management ICs
Find Battery Management ICs from ABLIC, Maxim, and additional brands. 5,474 part numbers available at FPGACenter. No MOQ, IDEA-1010 inspected.
| Part Number ↑ | Manufacturer | Description | Package | Stock | Price | MOQ | Status | |
|---|---|---|---|---|---|---|---|---|
| Rochester Electronics | The MAX1786AEUI+CE3 is a battery management IC manufactured by Rochester Electronics. Design review should confirm input voltage, output voltage, load current, LDO, buck, boost, or MOSFET topology when applicable, and thermal operating temperature limits, plus genuine factory-marked silicon, original packaging, and full lot/date code traceability. This - component is supplied in a standard package suitable for both prototyping and production builds. Designed for industrial automation, consumer electronics, and telecommunications infrastructure applications, the MAX1786AEUI+CE3 is no longer produced by Rochester Electronics; FPGACenter maintains verified stock sourced through certified supply chain partners. | Check | RFQ for sourcing | $18.50 | 1 | OBSOLETE | ||
| Maxim Integrated | The MAX1786AEUI+TGH8 is a battery management IC manufactured by Maxim Integrated. Design review should confirm input voltage, output voltage, load current, LDO, buck, boost, or MOSFET topology when applicable, and thermal operating temperature limits, plus genuine factory-marked silicon, original packaging, and full lot/date code traceability. This - component is supplied in a standard package suitable for both prototyping and production builds. Designed for industrial automation, consumer electronics, and telecommunications infrastructure applications, the MAX1786AEUI+TGH8 is no longer produced by Maxim Integrated; FPGACenter maintains verified stock sourced through certified supply chain partners. | Check | RFQ for sourcing | $2.90 | 1 | OBSOLETE | ||
| Maxim Integrated | The MAX17878GCB/V+ is a battery management IC manufactured by Maxim Integrated. Design review should confirm input voltage, output voltage, load current, LDO, buck, boost, or MOSFET topology when applicable, and thermal operating temperature limits, plus genuine factory-marked silicon, original packaging, and full lot/date code traceability. This - component is supplied in a standard package suitable for both prototyping and production builds. Designed for industrial automation, consumer electronics, and telecommunications infrastructure applications, the MAX17878GCB/V+ is no longer produced by Maxim Integrated; FPGACenter maintains verified stock sourced through certified supply chain partners. | Check | RFQ for sourcing | RFQ | 1 | OBSOLETE | ||
| Maxim Integrated | The MAX17878GCB/V+CML is a battery management IC manufactured by Maxim Integrated. Design review should confirm input voltage, output voltage, load current, LDO, buck, boost, or MOSFET topology when applicable, and thermal operating temperature limits, plus genuine factory-marked silicon, original packaging, and full lot/date code traceability. This - component is supplied in a standard package suitable for both prototyping and production builds. Designed for industrial automation, consumer electronics, and telecommunications infrastructure applications, the MAX17878GCB/V+CML is currently in active production through Maxim Integrated's standard distribution channels. | Check | 10 In Stock | RFQ | 1 | ACTIVE | ||
| Maxim Integrated | The MAX17878GCB/V+T is a battery management IC manufactured by Maxim Integrated. Design review should confirm input voltage, output voltage, load current, LDO, buck, boost, or MOSFET topology when applicable, and thermal operating temperature limits, plus genuine factory-marked silicon, original packaging, and full lot/date code traceability. This - component is supplied in a standard package suitable for both prototyping and production builds. Designed for industrial automation, consumer electronics, and telecommunications infrastructure applications, the MAX17878GCB/V+T is no longer produced by Maxim Integrated; FPGACenter maintains verified stock sourced through certified supply chain partners. | Check | RFQ for sourcing | RFQ | 1 | OBSOLETE | ||
| Maxim Integrated | The MAX17878GCB/V+TCML is a battery management IC manufactured by Maxim Integrated. Design review should confirm input voltage, output voltage, load current, LDO, buck, boost, or MOSFET topology when applicable, and thermal operating temperature limits, plus genuine factory-marked silicon, original packaging, and full lot/date code traceability. This - component is supplied in a standard package suitable for both prototyping and production builds. Designed for industrial automation, consumer electronics, and telecommunications infrastructure applications, the MAX17878GCB/V+TCML is currently in active production through Maxim Integrated's standard distribution channels. | Check | 3.732 In Stock | $89.99 | 1 | ACTIVE | ||
| Maxim Integrated | The MAX17880GUU/V+ is a battery management IC manufactured by Maxim Integrated. Design review should confirm input voltage, output voltage, load current, LDO, buck, boost, or MOSFET topology when applicable, and thermal operating temperature limits, plus genuine factory-marked silicon, original packaging, and full lot/date code traceability. This - component is supplied in a standard package suitable for both prototyping and production builds. Designed for industrial automation, consumer electronics, and telecommunications infrastructure applications, the MAX17880GUU/V+ is currently in active production through Maxim Integrated's standard distribution channels. | Check | 11.286 In Stock | $1.74 | 1 | ACTIVE | ||
| Maxim Integrated | The MAX17880GUU/V+T is a battery management IC manufactured by Maxim Integrated. Design review should confirm input voltage, output voltage, load current, LDO, buck, boost, or MOSFET topology when applicable, and thermal operating temperature limits, plus genuine factory-marked silicon, original packaging, and full lot/date code traceability. This - component is supplied in a standard package suitable for both prototyping and production builds. Designed for industrial automation, consumer electronics, and telecommunications infrastructure applications, the MAX17880GUU/V+T is currently in active production through Maxim Integrated's standard distribution channels. | Check | 35.132 In Stock | $0.0090 | 1 | ACTIVE | ||
| Rochester Electronics | The MAX1798AETP is a battery management IC manufactured by Rochester Electronics. Design review should confirm input voltage, output voltage, load current, LDO, buck, boost, or MOSFET topology when applicable, and thermal operating temperature limits, plus genuine factory-marked silicon, original packaging, and full lot/date code traceability. This - component is supplied in a standard package suitable for both prototyping and production builds. Designed for industrial automation, consumer electronics, and telecommunications infrastructure applications, the MAX1798AETP is currently in active production through Rochester Electronics's standard distribution channels. | Check | 14.447 In Stock | $1.24 | 1 | ACTIVE | ||
| Rochester Electronics | The MAX1799EUP-TG074 is a battery management IC manufactured by Rochester Electronics. Design review should confirm input voltage, output voltage, load current, LDO, buck, boost, or MOSFET topology when applicable, and thermal operating temperature limits, plus genuine factory-marked silicon, original packaging, and full lot/date code traceability. This - component is supplied in a standard package suitable for both prototyping and production builds. Designed for industrial automation, consumer electronics, and telecommunications infrastructure applications, the MAX1799EUP-TG074 is currently in active production through Rochester Electronics's standard distribution channels. | Check | 10.800 In Stock | $2.56 | 1 | ACTIVE | ||
| Rochester Electronics | The MAX1827ETL is a battery management IC manufactured by Rochester Electronics. Design review should confirm input voltage, output voltage, load current, LDO, buck, boost, or MOSFET topology when applicable, and thermal operating temperature limits, plus genuine factory-marked silicon, original packaging, and full lot/date code traceability. This - component is supplied in a standard package suitable for both prototyping and production builds. Designed for industrial automation, consumer electronics, and telecommunications infrastructure applications, the MAX1827ETL is currently in active production through Rochester Electronics's standard distribution channels. | Check | 13.143 In Stock | $1.84 | 1 | ACTIVE | ||
| Rochester Electronics | The MAX1827ETL+ is a battery management IC manufactured by Rochester Electronics. Design review should confirm input voltage, output voltage, load current, LDO, buck, boost, or MOSFET topology when applicable, and thermal operating temperature limits, plus genuine factory-marked silicon, original packaging, and full lot/date code traceability. This - component is supplied in a standard package suitable for both prototyping and production builds. Designed for industrial automation, consumer electronics, and telecommunications infrastructure applications, the MAX1827ETL+ is currently in active production through Rochester Electronics's standard distribution channels. | Check | 11.358 In Stock | $1.84 | 1 | ACTIVE | ||
| Rochester Electronics | The MAX1829ETL+ is a battery management IC manufactured by Rochester Electronics. Design review should confirm input voltage, output voltage, load current, LDO, buck, boost, or MOSFET topology when applicable, and thermal operating temperature limits, plus genuine factory-marked silicon, original packaging, and full lot/date code traceability. This - component is supplied in a standard package suitable for both prototyping and production builds. Designed for industrial automation, consumer electronics, and telecommunications infrastructure applications, the MAX1829ETL+ is currently in active production through Rochester Electronics's standard distribution channels. | Check | 6.009 In Stock | $1.31 | 1 | ACTIVE | ||
| Maxim Integrated | The MAX1924VEEE+ is a battery management IC manufactured by Maxim Integrated. Technical highlights include -40°C ~ 85°C (TA) operating temperature; design review should confirm input voltage, output voltage, load current, LDO, buck, boost, or MOSFET topology when applicable, and thermal operating temperature limits. This Surface Mount component is supplied in a 16-SSOP (0.154", 3.90mm Width) package and is rated for operation across -40°C ~ 85°C (TA). Designed for industrial automation, consumer electronics, and telecommunications infrastructure applications, the MAX1924VEEE+ is currently in active production through Maxim Integrated's standard distribution channels. | 16-SSOP (0.154", 3.90mm Width) | 6.834 In Stock | $7.72 | 1 | ACTIVE | ||
| Maxim Integrated | The MAX1924VEEE+T is a battery management IC manufactured by Maxim Integrated. Technical highlights include -40°C ~ 85°C (TA) operating temperature; design review should confirm input voltage, output voltage, load current, LDO, buck, boost, or MOSFET topology when applicable, and thermal operating temperature limits. This Surface Mount component is supplied in a 16-SSOP (0.154", 3.90mm Width) package and is rated for operation across -40°C ~ 85°C (TA). Designed for industrial automation, consumer electronics, and telecommunications infrastructure applications, the MAX1924VEEE+T is currently in active production through Maxim Integrated's standard distribution channels. | 16-SSOP (0.154", 3.90mm Width) | 1.980 In Stock | RFQ | 1 | ACTIVE | ||
| Maxim Integrated | The MAX1924XEEE+ is a battery management IC manufactured by Maxim Integrated. Technical highlights include -40°C ~ 85°C (TA) operating temperature; design review should confirm input voltage, output voltage, load current, LDO, buck, boost, or MOSFET topology when applicable, and thermal operating temperature limits. This Surface Mount component is supplied in a 16-SSOP (0.154", 3.90mm Width) package and is rated for operation across -40°C ~ 85°C (TA). Designed for industrial automation, consumer electronics, and telecommunications infrastructure applications, the MAX1924XEEE+ is currently in active production through Maxim Integrated's standard distribution channels. | 16-SSOP (0.154", 3.90mm Width) | 1.383 In Stock | RFQ | 1 | ACTIVE | ||
| Maxim Integrated | The MAX1924XEEE+T is a battery management IC manufactured by Maxim Integrated. Technical highlights include -40°C ~ 85°C (TA) operating temperature; design review should confirm input voltage, output voltage, load current, LDO, buck, boost, or MOSFET topology when applicable, and thermal operating temperature limits. This Surface Mount component is supplied in a 16-SSOP (0.154", 3.90mm Width) package and is rated for operation across -40°C ~ 85°C (TA). Designed for industrial automation, consumer electronics, and telecommunications infrastructure applications, the MAX1924XEEE+T is currently in active production through Maxim Integrated's standard distribution channels. | 16-SSOP (0.154", 3.90mm Width) | 843 In Stock | RFQ | 1 | ACTIVE | ||
| Maxim Integrated | The MAX20095ATIA/VY+ is a battery management IC manufactured by Maxim Integrated. Technical highlights include -40°C ~ 125°C operating temperature; design review should confirm input voltage, output voltage, load current, LDO, buck, boost, or MOSFET topology when applicable, and thermal operating temperature limits. This Surface Mount, Wettable Flank component is supplied in a 28-WFQFN Exposed Pad package and is rated for operation across -40°C ~ 125°C. Designed for industrial automation, consumer electronics, and telecommunications infrastructure applications, the MAX20095ATIA/VY+ is currently in active production through Maxim Integrated's standard distribution channels. | 28-WFQFN Exposed Pad | 4.629 In Stock | $7.66 | 1 | ACTIVE | ||
| Maxim Integrated | The MAX20095ATIA/VY+T is a battery management IC manufactured by Maxim Integrated. Technical highlights include -40°C ~ 125°C operating temperature; design review should confirm input voltage, output voltage, load current, LDO, buck, boost, or MOSFET topology when applicable, and thermal operating temperature limits. This Surface Mount, Wettable Flank component is supplied in a 28-WFQFN Exposed Pad package and is rated for operation across -40°C ~ 125°C. Designed for industrial automation, consumer electronics, and telecommunications infrastructure applications, the MAX20095ATIA/VY+T is currently in active production through Maxim Integrated's standard distribution channels. | 28-WFQFN Exposed Pad | 1.084 In Stock | $17.82 | 1 | ACTIVE | ||
| Maxim Integrated | The MAX20303AEWN+T is a battery management IC manufactured by Maxim Integrated. Technical highlights include -40°C ~ 85°C (TA) operating temperature; design review should confirm input voltage, output voltage, load current, LDO, buck, boost, or MOSFET topology when applicable, and thermal operating temperature limits. This Surface Mount component is supplied in a 56-WFBGA, WLBGA package and is rated for operation across -40°C ~ 85°C (TA). Designed for industrial automation, consumer electronics, and telecommunications infrastructure applications, the MAX20303AEWN+T is currently in active production through Maxim Integrated's standard distribution channels. | 56-WFBGA, WLBGA | 9.600 In Stock | $8.29 | 1 | ACTIVE |