Statement of Volatility - MicroScanner2

 

날짜: 2016년 3월 1일

 

Statement of Memory Volatility

 

Product and Manufacturer

모델:

MicroScanner2 케이블 검증기

Manufacturer:  FLUKE NETWORKS

주소:  6920 Seaway Blvd.

구/군/시:  Everett

주:  WA

우편번호:  98203

전화:  800-283-5853

Volatile Memory

Does the item contain volatile memory (i.e., memory whose contents are lost when power is removed)?

                     No                  (If the answer is ‘Yes’, provide the following information for each type of memory.)

Memory Type
 (SRAM, DRAM, etc.):

크기:

User Modifiable:

Function:

Process to Clear:

SRAM

2 KBytes

           아니오

CPU RAM for stack

Turn unit off.

 


 

 

Non-Volatile Memory

Does the item contain non-volatile memory (i.e., memory whose contents are retained when power is removed)?

                     No                  (If the answer is ‘Yes’, provide the following information for each type of memory.)

Memory Type (BBRAM, Flash, EEPROM, etc.):

크기:

User Modifiable:

 

Function:

Process to Clear:

Internal CPU FLASH

60 KBytes

           아니오

Main program memory and user set Nominal Velocity of Propagation

None.

미디어

Does the item contain media storage capability (i.e., removable or non-removable disk drives, memory cards, etc.)?

                     No                  (If the answer is ‘Yes’, provide the following information for each type of memory.)

Sub-Item:

Storage Type
(Disk, Tape, etc.):

크기:

User Modifiable:

Function:

Process to Clear:

 

 

 

           아니오

 

 

추가 정보

This is a simple cable tester.  FLASH memory is used for program storage and is modified in one instance to store a simple 16 bit number which is used as a calibration factor (called the Nominal Velocity of Propagation).  This factor is used to correct the length measurement of a cable.  RAM memory is used as operating memory and stack while the unit is running.

Fluke Networks Representative Information

이름:

Jeff Clark

제목:

Sr. Engineering Manager

Office Phone:

425-446-5265

Fax/Email:

jeff.clark@flukenetworks.com