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kHz DIP Type Ceramic Resonators

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kHz DIP Type Ceramic Resonators AGCR-TZTB

AGCR-ZTB Series of Ceramic Resonator

190~1250 kHz

Technical Characteristics:

Model	Frequency Accuracy (%)	Resonate Impedance (Ω)	Stability in Temperature (-20~+80)(%)	Aging for Ten Years (%)	Load Capacitance (pF)
Model	Frequency Accuracy (%)	Resonate Impedance (Ω)	Stability in Temperature (-20~+80)(%)	Aging for Ten Years (%)	C1	C2
TZTB 190~249D	±1kHz	< = 20	±0.3	±0.3	330	470
TZTB 250~374D	±1kHz	< = 20	±0.3	±0.3	220	470
TZTB 375~429P	±2kHz	< = 20	±0.3	±0.3	120	470
TZTB 430~509E	±2kHz	< = 20	±0.3	±0.3	100	100
TZTB 510~699P	±2kHz	< = 30	±0.3	±0.3	100	100
TZTB 700~999J	±0.5%	< = 70	±0.3	±0.3	100	100
TZTB 1000~1250J	±0.5%	< = 100	±0.3	±0.3	100	100

Dimensions:(mm)

AGCR-TZTB

Frequency Range	Width	Thickness	Height	Lead Space	Lead Length
190~249	13.5	3.8	14.7	10.0	8.0
250~374	11.0	3.8	12.2	7.7	7.0
375~400	7.9	3.6	9.3	5.0	7.7
401~699	7.0	3.5	9.0	5.0	4.0(6.0)
700~1250	5.2	2.8	6.8	2.5	3.5(5.0)
100J	5.1	2.3	6.3	2.5	4.0

AGCR-TZTB Y kHz Series Surface mountable Ceramic Resonator

375~1250 kHz

Technical Characteristics:

Model	Frequency Accuracy (%)	Resonate Impedance (Ω)	Stability in Temperature (-20~+80)(%)	Aging for Ten Years (%)	Load Capacitance (pF)
Model	Frequency Accuracy (%)	Resonate Impedance (Ω)	Stability in Temperature (-20~+80)(%)	Aging for Ten Years (%)	C1	C2
TZTB 375~429Y	±0.5	< = 20	±0.3	±0.3	120	470
TZTB 430~509Y	±0.5	< = 20	±0.3	±0.3	100	100
TZTB 510~699Y	±0.5	< = 30	±0.3	±0.3	100	100
TZTB 700~900Y	±0.5	< = 50	±0.3	±0.3	100	100
TZTB 901~1000Y	±0.5	< = 70	±0.3	±0.3	100	100
TZTB 1001~1250Y	±0.5	< = 100	±0.3	±0.3	100	100

Dimensions:(mm)

AGCR-TZTB Y

A ceramic resonator is an electronic component that when combined with other appropriate components, can produce oscillations at a specific frequency. It consists of a voltage-variable capacitor that acts in some ways like a quartz crystal. Ceramic resonators are made of high-stability piezoelectric ceramics, generally lead zirconium titanate (PZT) which functions as a mechanical resonator. When voltage is applied, its piezoelectric "vibration behavior" causes an oscillating signal. The thickness of the ceramic substrate determines the resonance frequency of the device

Ceramic resonators can be found in many circuit boards as they can be used as the source of the clock signal for digital circuits such as microprocessors where the frequency accuracy is not critical.^[3] Quartz has a 0.001% frequency tolerance, while PZT has a 0.5% tolerance.
They are also likely to be found in timing circuitry for a wide array of applications such as TVs, VCRs, automotive electronic devices, telephones, copiers, cameras, voice synthesizers, communication equipment, remote controls and toys. A ceramic resonator is often used in place of quartz crystals as a reference clock or signal generator in electronic circuitry due to its low cost and smaller size.

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