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TCM680

  

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TCM680 [+5V TO ±10V VOLTAGE CONVERTER ]

other parts : TC7660EV  TCM680COA  TCM680CPA  TCM680EOA  TCM680EPA 

TelCom-Semiconductor
TelCom Semiconductor Inc => Microchip

GENERAL DESCRIPTION
The TCM680 is a dual charge pump voltage converter that develops output voltages of +2VIN and – 2VIN from a single input voltage of +2.0V to +5.5V. Common applications include ±10V from a single +5V logic supply, and ±6V from a +3V lithium battery.

FEATURES
■ 99% Voltage Conversion Efficiency
■ 85% Power Conversion Efficiency
■ Wide Voltage Range .........................+2.0V to +5.5V
■ Only 4 External Capacitors Required
■ Space Saving 8-Pin SOIC Design

APPLICATIONS
■ ±10V From +5V Logic Supply
■ ±6V From a 3V Lithium Cell
■ Handheld Instruments
■ Portable Cellular Phones
■ LCD Display Bias Generator
■ Panel Meters
■ Operational Amplifier Power Supplies

View
TCM680 [+5V To ±10V Voltage Converter ]

other parts : TCM680CPA  TCM680COA  TCM680EPA  TCM680EOA  TCM680COATR  TCM680EOATR 

Microchip
Microchip Technology

General Description
The TCM680 is a dual charge pump, voltage converter that produces output voltages of +2VIN and -2VIN from a single input voltage of +2.0V to +5.5V. Common applications include ±10V from a single +5V logic supply and ±6V from a +3V lithium battery.

Features
• 99% Voltage Conversion Efficiency
• 85% Power Conversion Efficiency
• Input Voltage Range:
   - +2.0V to +5.5V
• Only 4 External Capacitors Required
• 8-Pin SOIC Package

Applications
• ±10V From +5V Logic Supply
• ±6V From a 3V Lithium Cell
• Handheld Instruments
• Portable Cellular Phones
• LCD Display Bias Generator
• Panel Meters
• Operational Amplifier Power Supplies

View
TCM680COA [+5V TO ±10V VOLTAGE CONVERTER ]

other parts : TCM680  TC7660EV  TCM680CPA  TCM680EOA  TCM680EPA 

TelCom-Semiconductor
TelCom Semiconductor Inc => Microchip

GENERAL DESCRIPTION
The TCM680 is a dual charge pump voltage converter that develops output voltages of +2VIN and – 2VIN from a single input voltage of +2.0V to +5.5V. Common applications include ±10V from a single +5V logic supply, and ±6V from a +3V lithium battery.

FEATURES
■ 99% Voltage Conversion Efficiency
■ 85% Power Conversion Efficiency
■ Wide Voltage Range .........................+2.0V to +5.5V
■ Only 4 External Capacitors Required
■ Space Saving 8-Pin SOIC Design

APPLICATIONS
■ ±10V From +5V Logic Supply
■ ±6V From a 3V Lithium Cell
■ Handheld Instruments
■ Portable Cellular Phones
■ LCD Display Bias Generator
■ Panel Meters
■ Operational Amplifier Power Supplies

View
TCM680COA [+5V To ±10V Voltage Converter ]

other parts : TCM680  TCM680CPA  TCM680EPA  TCM680EOA  TCM680COATR  TCM680EOATR 

Microchip
Microchip Technology

General Description
The TCM680 is a dual charge pump, voltage converter that produces output voltages of +2VIN and -2VIN from a single input voltage of +2.0V to +5.5V. Common applications include ±10V from a single +5V logic supply and ±6V from a +3V lithium battery.

Features
• 99% Voltage Conversion Efficiency
• 85% Power Conversion Efficiency
• Input Voltage Range:
   - +2.0V to +5.5V
• Only 4 External Capacitors Required
• 8-Pin SOIC Package

Applications
• ±10V From +5V Logic Supply
• ±6V From a 3V Lithium Cell
• Handheld Instruments
• Portable Cellular Phones
• LCD Display Bias Generator
• Panel Meters
• Operational Amplifier Power Supplies

View
TCM680CPA [+5V TO ±10V VOLTAGE CONVERTER ]

other parts : TCM680  TC7660EV  TCM680COA  TCM680EOA  TCM680EPA 

TelCom-Semiconductor
TelCom Semiconductor Inc => Microchip

GENERAL DESCRIPTION
The TCM680 is a dual charge pump voltage converter that develops output voltages of +2VIN and – 2VIN from a single input voltage of +2.0V to +5.5V. Common applications include ±10V from a single +5V logic supply, and ±6V from a +3V lithium battery.

FEATURES
■ 99% Voltage Conversion Efficiency
■ 85% Power Conversion Efficiency
■ Wide Voltage Range .........................+2.0V to +5.5V
■ Only 4 External Capacitors Required
■ Space Saving 8-Pin SOIC Design

APPLICATIONS
■ ±10V From +5V Logic Supply
■ ±6V From a 3V Lithium Cell
■ Handheld Instruments
■ Portable Cellular Phones
■ LCD Display Bias Generator
■ Panel Meters
■ Operational Amplifier Power Supplies

View
TCM680CPA [+5V To ±10V Voltage Converter ]

other parts : TCM680  TCM680COA  TCM680EPA  TCM680EOA  TCM680COATR  TCM680EOATR 

Microchip
Microchip Technology

General Description
The TCM680 is a dual charge pump, voltage converter that produces output voltages of +2VIN and -2VIN from a single input voltage of +2.0V to +5.5V. Common applications include ±10V from a single +5V logic supply and ±6V from a +3V lithium battery.

Features
• 99% Voltage Conversion Efficiency
• 85% Power Conversion Efficiency
• Input Voltage Range:
   - +2.0V to +5.5V
• Only 4 External Capacitors Required
• 8-Pin SOIC Package

Applications
• ±10V From +5V Logic Supply
• ±6V From a 3V Lithium Cell
• Handheld Instruments
• Portable Cellular Phones
• LCD Display Bias Generator
• Panel Meters
• Operational Amplifier Power Supplies

View
TCM680EOA [+5V TO ±10V VOLTAGE CONVERTER ]

other parts : TCM680  TC7660EV  TCM680COA  TCM680CPA  TCM680EPA 

TelCom-Semiconductor
TelCom Semiconductor Inc => Microchip

GENERAL DESCRIPTION
The TCM680 is a dual charge pump voltage converter that develops output voltages of +2VIN and – 2VIN from a single input voltage of +2.0V to +5.5V. Common applications include ±10V from a single +5V logic supply, and ±6V from a +3V lithium battery.

FEATURES
■ 99% Voltage Conversion Efficiency
■ 85% Power Conversion Efficiency
■ Wide Voltage Range .........................+2.0V to +5.5V
■ Only 4 External Capacitors Required
■ Space Saving 8-Pin SOIC Design

APPLICATIONS
■ ±10V From +5V Logic Supply
■ ±6V From a 3V Lithium Cell
■ Handheld Instruments
■ Portable Cellular Phones
■ LCD Display Bias Generator
■ Panel Meters
■ Operational Amplifier Power Supplies

View
TCM680EOA [+5V To ±10V Voltage Converter ]

other parts : TCM680  TCM680CPA  TCM680COA  TCM680EPA  TCM680COATR  TCM680EOATR 

Microchip
Microchip Technology

General Description
The TCM680 is a dual charge pump, voltage converter that produces output voltages of +2VIN and -2VIN from a single input voltage of +2.0V to +5.5V. Common applications include ±10V from a single +5V logic supply and ±6V from a +3V lithium battery.

Features
• 99% Voltage Conversion Efficiency
• 85% Power Conversion Efficiency
• Input Voltage Range:
   - +2.0V to +5.5V
• Only 4 External Capacitors Required
• 8-Pin SOIC Package

Applications
• ±10V From +5V Logic Supply
• ±6V From a 3V Lithium Cell
• Handheld Instruments
• Portable Cellular Phones
• LCD Display Bias Generator
• Panel Meters
• Operational Amplifier Power Supplies

View
TCM680EPA [+5V TO ±10V VOLTAGE CONVERTER ]

other parts : TCM680  TC7660EV  TCM680COA  TCM680CPA  TCM680EOA 

TelCom-Semiconductor
TelCom Semiconductor Inc => Microchip

GENERAL DESCRIPTION
The TCM680 is a dual charge pump voltage converter that develops output voltages of +2VIN and – 2VIN from a single input voltage of +2.0V to +5.5V. Common applications include ±10V from a single +5V logic supply, and ±6V from a +3V lithium battery.

FEATURES
■ 99% Voltage Conversion Efficiency
■ 85% Power Conversion Efficiency
■ Wide Voltage Range .........................+2.0V to +5.5V
■ Only 4 External Capacitors Required
■ Space Saving 8-Pin SOIC Design

APPLICATIONS
■ ±10V From +5V Logic Supply
■ ±6V From a 3V Lithium Cell
■ Handheld Instruments
■ Portable Cellular Phones
■ LCD Display Bias Generator
■ Panel Meters
■ Operational Amplifier Power Supplies

View
TCM680EPA [+5V To ±10V Voltage Converter ]

other parts : TCM680  TCM680CPA  TCM680COA  TCM680EOA  TCM680COATR  TCM680EOATR 

Microchip
Microchip Technology

General Description
The TCM680 is a dual charge pump, voltage converter that produces output voltages of +2VIN and -2VIN from a single input voltage of +2.0V to +5.5V. Common applications include ±10V from a single +5V logic supply and ±6V from a +3V lithium battery.

Features
• 99% Voltage Conversion Efficiency
• 85% Power Conversion Efficiency
• Input Voltage Range:
   - +2.0V to +5.5V
• Only 4 External Capacitors Required
• 8-Pin SOIC Package

Applications
• ±10V From +5V Logic Supply
• ±6V From a 3V Lithium Cell
• Handheld Instruments
• Portable Cellular Phones
• LCD Display Bias Generator
• Panel Meters
• Operational Amplifier Power Supplies

View
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