Jul 21, 2002 #1 K koky Full Member level 2 Joined May 12, 2001 Messages 145 Helped 11 Reputation 22 Reaction score 8 Trophy points 1,298 Location Italy Visit site Activity points 1,097 What is the affidability differece from traditional ( 17C74) and flash family (16F74), the price of traditional is double of the flash ?
What is the affidability differece from traditional ( 17C74) and flash family (16F74), the price of traditional is double of the flash ?
Jul 21, 2002 #2 M meax98 Full Member level 3 Joined Nov 25, 2001 Messages 180 Helped 2 Reputation 4 Reaction score 2 Trophy points 1,298 Visit site Activity points 1,787 koky, 16F74 - 14 bit, 40 pin, 20MHz, 4096 words, 192 bytes RAM, no EEPROM 17C74 - do not exist for example: 17C44 - 16 bit, 40 pin, 33MHz, 8192 words, 454 bytes RAM, no EEPROM Got a picture?
koky, 16F74 - 14 bit, 40 pin, 20MHz, 4096 words, 192 bytes RAM, no EEPROM 17C74 - do not exist for example: 17C44 - 16 bit, 40 pin, 33MHz, 8192 words, 454 bytes RAM, no EEPROM Got a picture?
Jul 22, 2002 #3 N neuralc Full Member level 4 Joined Nov 6, 2001 Messages 236 Helped 9 Reputation 18 Reaction score 3 Trophy points 1,298 Visit site Activity points 2,202 Hi, I think the question is not really the functionality, lets take a look: PIC16C84(16F84) (very popular): RAM:68, I/O:13, PROG.:1792 (Bytes), 1024 (Words) PIC16F870 : RAM:128, I/O:22, PROG.:3584 (Bytes), 2048 (Words) ADC:5(10bit) etc... PRICE: 16F84 6€/7€ 16F870 3€/4€ The reason I think is that: PIC16F84 year of development (around 1990) PIC16F870 (around 2000); so the technology applied to build 16F870 are newer and cheaper ... NeuralC
Hi, I think the question is not really the functionality, lets take a look: PIC16C84(16F84) (very popular): RAM:68, I/O:13, PROG.:1792 (Bytes), 1024 (Words) PIC16F870 : RAM:128, I/O:22, PROG.:3584 (Bytes), 2048 (Words) ADC:5(10bit) etc... PRICE: 16F84 6€/7€ 16F870 3€/4€ The reason I think is that: PIC16F84 year of development (around 1990) PIC16F870 (around 2000); so the technology applied to build 16F870 are newer and cheaper ... NeuralC