MLV0402ES012V0022NT AEM, MLV0402ES012V0022NT Datasheet - Page 7

• Manufacturer Part Number: MLV0402ES012V0022NT
• Description: Varistors 0402 12V 22pF
• Manufacturer: AEM

Specifications of MLV0402ES012V0022NT

• Product: MLV
• Voltage Rating Dc: 12 V
• Capacitance: 22 pF
• Operating Temperature Range: - 55 C to + 85 C
• Mounting: SMD/SMT
• Package / Case: 0402 (1005 metric)
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

Surface Mount Multilayer Varistors
Product Identification
Terms and Definitions
Operating Temperatures:
Varistor Voltage BDV
Max. Clamping Voltage
(1) Series Code:
(2) Size Code:
(3) Application Code:
(4) Max. Working Voltage:
(5) Capacitance for ES Series:
(6) Capacitance Tolerance for ES Series:
(7) Packaging Code:
MLV 0402 ES 012V 0100 N T
Max. Working Voltage
-55ºC to +85ºC for size 0603 or smaller
-55ºC to +125ºC for size 0805 or larger
Nonlinear Exponent
(1)
Typical Capacitance
Energy Absorption
Surge Shift
Cut-off Frequency
Leakage Current
Peak Current for HA/NA Series:
MLV – Surface Mount Multilayer Varistor
MVA -- MLV Array
MVF -- ESD-EMI Filter
Standard EIA Chip Size
ES – Electro-static Discharge Protection
NA – Normal Surge Protection
HA – High Surge Protection
012V – 12V
0100 –
02R5
N
P
T
B – Bulk
Surge Current
L4 -- 4 lines
– Tape & Reel
– Special
–
Term
(2)
–
100pF
2.5pF
(3)
V/V
(4)
Maximum steady-state DC operating voltage with typical leakage current
Breakdown DC voltage measured at current of 1mA
Maximum peak voltage across the part, measured at a specified pulse
current and waveform
Maximum peak current with the specified 8/20
damage
The change of varistor voltage after applying the specified surge current
Maximum energy dissipated with a specified 10/1000
without damage
Capacitance measured with voltage bias less than 0.5V
Typical leakage current at 25
The frequency of -3dB insertion loss
less than 50
= log V
(5)
0100 – 100A
(6) (7)
1mA
/V
A at 25
0.1mA
/ log I
Definition
V1mA
50
/I
V0.1mA
A; Maximum leakage 200
s waveform without
s waveform
RMS
at 1KH
Z
A.
or 1MHz