mic3003gfltr Micrel Semiconductor, mic3003gfltr Datasheet - Page 13

• Manufacturer Part Number: mic3003gfltr
• Description: Fom Management Ic With Internal Calibration
• Manufacturer: Micrel Semiconductor

Micrel, Inc.
July 2010
Electrical Characteristics
Notes:
10. Guaranteed by design and/or testing of related parameters. Not 100% tested in production.
11. The MIC3003 will not respond to serial bus transactions during an EEPROM write cycle. The host will receive a NACK response during t
Symbol
Control and Status I/O Timing, TXFAULT, TXDISABLE, RS0, RRSOUT, and RXLOS
t OFF
t ON
t INIT
t INIT2
t FAULT
t RESET
t LOSS_ON
t LOSS_OFF
t DATA
t PROP_IN
t PROP_OUT
Fault Comparators
FLTTMR
t REJECT
V SAT
Power-On Hour Meter
Non-Volatile (FLASH) Memory
t
Endurance
WR
Parameter
TXDISABLE Assert Time
TXDISABLE De-assert Time
Initialization Time
Power-on Initialization Time
TXFAULT Assert Time
Fault Reset Time
RXLOS Assert Time
RXLOS De-assert Time
Analog Parameter Data Ready
TXFAULT, TXDISABLE, RXLOS,
RS0, RS1 Input Propagation Time
TXFAULT, TRSOUT, TRRSOUT,
/INT, QGPO Output Propagation
Time
Fault Suppression Timer Clock
Period
Accuracy
Glitch Rejection
Saturation Detection Threshold
Timebase Accuracy
Resolution
Write Cycle Time, Note 11
NVRAM Data Retention
Maximum permitted number of write
cycles to any single NVRAM location
Condition
From input asserted to optical output
at 10% of nominal, C
From input de-asserted to optical output
at 90% of nominal, C
From power on or transmitter enabled to
optical output at 90% of nominal and
TX_FAULT de-asserted. Note 10.
From power on to APC loop-enabled.
From fault condition to TXFAULT
assertion. Note 10.
Length of time TXDISABLE must be
asserted to reset fault condition.
From loss of signal to RXLOS asserted.
From signal acquisition to LOS
de-asserted.
From power on to valid analog
parameter data available. Note 10
Time from input change to
corresponding internal register bit set or
cleared. Note 10.
From an internal register bit set or
cleared to corresponding output change.
Note 10.
Note 10.
Maximum length pulse that will not
cause output to change state. Note 10.
High level
Low level
0°C ≤ T
–40°C ≤ T
Note 10.
Measured from the SMBus STOP
condition of a one-byte to eight-byte
write transaction. Note 10.
A
≤ +70°, Note 10.
A
≤ +105°C
13
COMP
COMP
= 10nF.
= 10nF.
[e-mail]
10,000
0.475
Min
+10
100
4.5
10
+5
-3
Typ
0.5
95
10
5
or [phone]
M9999-072910-A
0.525
Max
MIC3003GFL
300
200
100
400
-10
10
95
95
+3
13
-5
1
1
1
WR
.
%VDDA
%VDDA
cycles
Units
hours
years
%/fs
ms
ms
ms
ms
ms
ms
µs
µs
µs
µs
µs
µs
µs
µs
%
%