DIVIDING RESISTOR Search Results

RENESAS LCD application notes

Contextual Info: APPLICATION NOTE 38C2 Group LCD Drive Control Circuit External Dividing Resistor Usage 1. Abstract The following article introduces and shows an example of how to use the LCD Drive Control Circuit (External Dividing Resistor Usage) on the 38C2 group device.

Contextual Info: J MN151638 |Type MN151638 1 ROM x8-bit 16K 1 RAM (x4-bit) 512 1 Number of Instructions 103 1 Minimum Instruction Execution Time 2.Ops at 1/4 frequency dividing (at 1.8 to 5.5V, 2MHz) 0.94ps at 1/4 frequency dividing (at 2.7 to 5.5V, 4.24MHz) 1.818ns at 1/8 frequency dividing (at 1.8 to 5.5V, 4.4MHz)

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Abstract: SEG23 RENESAS LCD application notes 0047H
Contextual Info: APPLICATION NOTE 38D2 Group LCD Drive Control Circuit External Dividing Resistor Usage 1. Abstract The following article introduces and shows an example of how to use the LCD Drive Control Circuit (External Dividing Resistor Usage) on the 38D2 Group device.

Contextual Info: Ordering number : EN5670A EN2770C Monolithic Linear IC For Multi-Voltage LCD Matrix Drive LA5318V Voltage-Dividing Voltage Generator Overview The LA5318V is a variable voltage-dividing voltage generator IC designed for driving LCD matrixes that require multiple

2SA984

Abstract: 2SC2274 LA5318V
Contextual Info: Ordering number : EN5670A EN2770C Monolithic Linear IC For Multi-Voltage LCD Matrix Drive LA5318V Voltage-Dividing Voltage Generator Overview The LA5318V is a variable voltage-dividing voltage generator IC designed for driving LCD matrixes that require multiple

Contextual Info: APPLICATION NOTE 38C2 Group LCD Drive Control Circuit Internal Dividing Resistor Usage-1 1. Abstract The following article introduces and shows an example of how to use the LCD Drive Control Circuit (Internal Dividing Resistor Usage-1) on the 38C2 group device.

dividing resistor

Contextual Info: APPLICATION NOTE 38C2 Group LCD Drive Control Circuit Internal Dividing Resistor Usage-2 1. Abstract The following article introduces and shows an example of how to use the LCD Drive Control Circuit (Internal Dividing Resistor Usage-2) on the 38C2 group device.

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Abstract: SEG23 0047H
Contextual Info: APPLICATION NOTE 38D2 Group LCD Drive Control Circuit Internal Dividing Resistor Usage Example 1 1. Abstract The following article introduces and shows an example of how to use the LCD Drive Control Circuit (Internal Dividing Resistor Usage Example 1) on the 38D2 Group device.

SEG23

Abstract: 0041H 0049h
Contextual Info: APPLICATION NOTE 38D2 Group LCD Drive Control Circuit Internal Dividing Resistor Usage Example 2 1. Abstract The following article introduces and shows an example of how to use the LCD Drive Control Circuit (Internal Dividing Resistor Usage Example 2) on the 38D2 Group device.

MAC00001DEM

Contextual Info: MN15G1601 Type MN15G1601 ROM x× 8-bit 16 K RAM (×× 4-bit) 512 Package LQFP064-P-1414 *Lead-free Number of Instructions 103 0.5 µs at 1/4 frequency dividing (at 3.0 V to 5.5 V, 8 MHz) 1.0 µs at 1/4 frequency dividing (at 2.4 V to 5.5 V, 4 MHz) 2.0 µs at 1/8 frequency dividing (at 2.0 V to 5.5 V, 4 MHz)*

2SC2274

Abstract: 2SA984 LA5318V SSOP20
Contextual Info: Ordering number : EN5670 Monolithic Linear IC LA5318V Voltage-Dividing Voltage Generator for Multi-Voltage LCD Matrix Drive Overview Package Dimensions The LA5318V is a variable voltage-dividing voltage generator IC designed for driving LCD matrixes that require multiple voltages.

Contextual Info: MN15G1601 Type MN15G1601 ROM x× 8-bit 16 K RAM (×× 4-bit) 512 Package LQFP064-P-1414 *Lead-free Number of Instructions 103 0.5 µs at 1/4 frequency dividing (at 3.0 V to 5.5 V, 8 MHz) 1.0 µs at 1/4 frequency dividing (at 2.4 V to 5.5 V, 4 MHz) 2.0 µs at 1/8 frequency dividing (at 2.0 V to 5.5 V, 4 MHz)*

remote control aeroplane circuit

Abstract: MN15G1601 LQFP064-P-1414
Contextual Info: MN15G1601 Type MN15G1601 ROM x× 8-bit 16 K RAM (×× 4-bit) 512 Package LQFP064-P-1414 *Pb free Number of Instructions 103 0.5 µs at 1/4 frequency dividing (at 3.0 V to 5.5 V, 8 MHz) 1.0 µs at 1/4 frequency dividing (at 2.4 V to 5.5 V, 4 MHz) 2.0 µs at 1/8 frequency dividing (at 2.0 V to 5.5 V, 4 MHz)

4948

Abstract: MN150413 QFP064-P-1414 P72 counter
Contextual Info: □ MN150413 / 0813 MN150413 / 0813 1 Type 1 ROM x8-bit 4K/8K 1 RAM (x4-bit) 256/432 1 Number of Instructions 1 Minimum Instruction Execution Time 103 At 1/4 frequency dividing 2ps (at 1.8 to 5.5V, 2MHz) At 1/4 frequency dividing 0.94ps (at 2.7 to 5.5V, 4.24MHz)

Contextual Info: MN15G0804 Type MN15G0804 ROM x× 8-bit 8K RAM (×× 4-bit) 512 Package QFP044-P-1010E *Lead-free Number of Instructions 103 Minimum Instruction Execution Time 0.96 ms at 1/4 frequency dividing (at 2.4 V to 5.5 V, 32 kHz) 1.91 ms at 1/8 frequency dividing (at 2.0 V to 5.5 V, 32 kHz)*

MN15G0804

Abstract: QFP044-P-1010E
Contextual Info: MN15G0804 Type MN15G0804 ROM x× 8-bit 8K RAM (××4-bit) 512 Package QFP044-P-1010E *Pb free Number of Instructions 103 Minimum Instruction Execution Time 0.96 ms at 1/4 frequency dividing (at 2.4 V to 5.5 V, 32 kHz) 1.91 ms at 1/8 frequency dividing (at 2.0 V to 5.5 V, 32 kHz)*

Contextual Info: MN15G1601 Type MN15G1601 ROM x× 8-bit 16 K RAM (××4-bit) 512 Package LQFP064-P-1414 *Pb free Number of Instructions 103 Minimum Instruction Execution Time 0.5 µs at 1/4 frequency dividing (at 3.0 V to 5.5 V, 8 MHz) 1.0 µs at 1/4 frequency dividing (at 2.4 V to 5.5 V, 4 MHz)

f 1010e

Abstract: MN15G0804 QFP044-P-1010E
Contextual Info: MN15G0804 Type MN15G0804 ROM x× 8-bit 8K RAM (×× 4-bit) 512 Package QFP044-P-1010E *Lead-free Number of Instructions 103 Minimum Instruction Execution Time 0.96 ms at 1/4 frequency dividing (at 2.4 V to 5.5 V, 32 kHz) 1.91 ms at 1/8 frequency dividing (at 2.0 V to 5.5 V, 32 kHz)*

Contextual Info: MN15G1601 Type MN15G1601 ROM x× 8-bit 16 K RAM (×× 4-bit) 512 Package LQFP064-P-1414 *Lead-free Number of Instructions 103 Minimum Instruction Execution Time 0.5 µs at 1/4 frequency dividing (at 3.0 V to 5.5 V, 8 MHz) 1.0 µs at 1/4 frequency dividing (at 2.4 V to 5.5 V, 4 MHz)

Contextual Info: MN15G1601 Type MN15G1601 ROM x× 8-bit 16 K RAM (×× 4-bit) 512 Package LQFP064-P-1414 *Pb free Number of Instructions 103 Minimum Instruction Execution Time 0.5 µs at 1/4 frequency dividing (at 3.0 V to 5.5 V, 8 MHz) 1.0 µs at 1/4 frequency dividing (at 2.4 V to 5.5 V, 4 MHz)

MN15GP1601

Abstract: MN15G1601 IDD8 LQFP064-P-1414
Contextual Info: MN15G1601 Type MN15G1601 ROM x× 8-bit 16 K RAM (×× 4-bit) 512 Package LQFP064-P-1414 *Lead-free Number of Instructions 103 Minimum Instruction Execution Time 0.5 µs at 1/4 frequency dividing (at 3.0 V to 5.5 V, 8 MHz) 1.0 µs at 1/4 frequency dividing (at 2.4 V to 5.5 V, 4 MHz)

Contextual Info: □ MN151638 1 Type 1 ROM x8-bit 16K 1 RAM (x4-bit) 512 1 Number of Instructions 103 1 Minimum Instruction Execution Time MN151638 [under development] At 1 /4 frequency dividing 2ps (a t 1 .8 to 5 .5 V , 2M H z) At 1 /4 frequency dividing 0 .9 4 ms (a t 2 .7 to 5 .5 V , 4 .2 4 M H z )

MN15G0202

Abstract: MN15G0402
Contextual Info: MN15G0202 , MN15G0402 Type MN15G0202 MN15G0402 ROM x× 8-bit 2K 4K RAM (×× 4-bit) 128 128 Package (Old Package) SOP020-P-0300D *Pb free (SOP020-P-0300) Number of Instructions 103 0.5 µs at 1/4 frequency dividing (at 3.0 V to 5.5 V, 8 MHz) 1.0 µs at 1/4 frequency dividing (at 2.4 V to 5.5 V, 4 MHz)

MN150414

Contextual Info: □ MN150414 / 0814/1614 1 Type 1 ROM x8-bit 4 K / 8 K / 8 K (Table ROM 8K) 1 RAM (x4-bit) 256 /3 2 0 /3 2 0 1 Number of Instructions 1 Minimum Instruction Execution Time MN150414/ 0814/1614 103 At 1/8 frequency dividing 2.Ops (at 1.8 to 3.6V, 4MHz) At 1/16 frequency dividing 4.Ops (at 1.8 to 3.6V, 4MHz)