SZ5U Series

APPLICATION:

FEATURES:

GENERAL SPECIFICATIONS:

The SZ5U series has a high K temperature

• High capacitance values

Operating temperature: +10 to +85 °C

compensating type of capacitance dielectric. The

Temperature coefficient: -56% to +22% value

electrical properties of this dielectric changes

• Miniature size

change over operating temperature

considerably under changing temperature, voltage

Capacitance tolerance: ±20% standard,

and time conditions. High capacitance values

• Low and high voltage options

-20%/ +80% optional

are available for general purpose applications.

Capacitance range: 1000pF to 10uF

Well suited for filtering, transient suppression

• Available in bulk and tape & reel

Voltage range: 10V to 1KV DC

blocking, and charge storage requirements.

packaging

Dielectric withstanding voltage: 2 times

the working VDC for 5 seconds

• Low cost for high capacitance

Case code range: 0603 to 3035

• Consistent dimensions and surface finish

Note: See Reliability and Test Conditions

page for more specifications

• Nickel barrier terminations

Z5U DIELECTRIC CAPACITANCE RANGE Tolerance: (M) Standard Optional: (Z)

Voltage(DC)

0402

0603

0805

1206

1210

1808

1812

2220

2225

3012

3035

6.3V

10V

.18-.22uF

.18-.47uF

16V

.18-.22uF

.18-.47uF

.18-2.2uF

.01-4.7uF

25V

.01-.22uF

.01-1uF

.01-2.2uF

.01-4.7uF

.15-3.3uF

.68-4.7uF

1-10uF

50V

.01-.1uF

.01-.68uF

.01-1uF

.01-2.2uF

.15-2.2uF

.68-3.3uF

1-6.8uF

100V

.01-.22uF

.01-.47uF

.01-1uF

.1-2.2uF

200V

.01-.1uF

.01-.22uF

250V

500V

.01-.047uF

.01-.1uF

1KV

1000-4700pF

1000pF-.01uF

2KV

3KV

4KV

Note: Extended capacitance range values, optional case codes, special tolerances may be available based on factory approval.

Voltage/Case Code Options

FIGURE

4.1

FIGURE

4..2

FIGURE

4.3

FIGURE

4..4

Z5U Characteristic Graphs

Sharma Multilayer Ceramic Capacitors

RoHS Compliant

Tel:(949)642-SECI

SECI Engineers & Buyers' Guide

Fax:(949)642-7327

The temperature coefficient

characteristics of Z5U is

illustrated in Figure 4.1.

Figure 4.2 illustrates the

variation pattern of

Dissipation Factor with

respect to temperature. The

DC Voltage coefficient and

aging pattern are illustrated

in Figure 4.3 and 4.4

respectively.