116ZL562M100TT KYOCERA AVX RF Capacitor

Brand: ATC

The 116ZL562M100TT is a RF/microwave ceramic capacitor manufactured by KYOCERA AVX., with high-Q, low-loss performance characteristics. Designed for ghz / microwave (series dependent) applications — suitable for rf matching / microwave / communication.

Product Specifications

PRODUCT SPECIFICATIONS

116ZL562M100TT — KYOCERA AVX RF/Microwave Capacitor

Product Overview

Technical Specifications

Part Number	116ZL562M100TT
Manufacturer	KYOCERA AVX
Frequency Range	GHz / Microwave (Series Dependent)
Q Factor	High Q (Series Dependent)
RF Suitable	YES
High Q	YES
Low Loss	YES
Tolerance	Refer to datasheet
Package / Case Style	Refer to datasheet
Dielectric Material	Refer to datasheet
Temperature Coefficient	Refer to datasheet
Operating Temperature Range	Refer to datasheet
Termination Finish	Refer to datasheet
Mounting Type	Surface Mount (SMD/SMT)
RoHS Compliance	RoHS Compliant
REACH Compliance	REACH Compliant
Country of Origin	United States
Manufacturer Part Number	116ZL562M100TT
Data Confidence	Series Based
Verification Note	Requires ATC datasheet confirmation

Key Features

High Q Factor — Excellent quality factor for low-loss RF performance at operating frequency.
Low ESR — Low Equivalent Series Resistance ensures minimal signal attenuation in RF paths.
RF/Microwave Optimized — Designed for ghz / microwave (series dependent) frequency range with stable capacitance and high self-resonant frequency.
Surface Mount Package — Compatible with standard SMT reflow soldering and automated PCB assembly.
Rugged Construction — KYOCERA AVX capacitors manufactured in certified facilities with consistent batch performance.

Applications

RF Matching — Impedance matching networks for RF power amplifiers in base stations, small cells, and repeaters.
Microwave — Microwave circuit applications including couplers, filters, and resonant structures.
Communication — Telecom equipment — 5G NR base stations, microwave backhaul, satellite communication systems.
Medical — Medical electronics — MRI systems, RF ablation equipment, medical telemetry devices.
Aerospace — Aerospace and defense — radar systems, electronic warfare, avionics, satellite payloads.

Compatible and Alternative Part Numbers

Equivalent Manufacturers: Passive Plus, Presidio Components, Johanson Technology, Knowles/Dielectric Labs, Murata, TDK
Same Series Alternatives: Other capacitance, voltage, tolerance, and package variants within the KYOCERA AVX product family
Cross-Reference Guidance: When substituting, verify capacitance value, voltage rating, tolerance, package dimensions, dielectric type, and RF performance (Q factor, ESR, SRF)

About KYOCERA AVX

KYOCERA AVX capacitors are manufactured in ISO 9001 certified facilities and widely specified in reference designs from Analog Devices, Texas Instruments, MACOM, Qorvo, Broadcom, and other leading RF semiconductor manufacturers. Key applications include 5G NR base stations, satellite communication, military radar, MRI medical imaging, and automotive radar systems.

About Superb Automation — Trusted KYOCERA AVX Supplier

Superb Automation is a trusted electronic components supplier. We provide 100% genuine KYOCERA AVX capacitors with full warranty, lot traceability, and competitive pricing. Our service includes component sourcing, PCB manufacturing, PCBA assembly, and global logistics with engineering support.

Why Source 116ZL562M100TT from Superb Automation?

Trusted Supplier — 100% genuine, factory-original KYOCERA AVX products with full warranty and lot traceability.
Competitive Pricing — Volume discounts available. Prototype and sample quantities supported.
Fast Quotation — RFQs processed within hours. In-stock items ship same/next business day.
Engineering Support — FAE team assists with capacitor selection, S-parameter simulation, and cross-reference.
One-Stop Solution — Capacitors + PCB + PCBA assembly from a single supplier.
Quality Assurance — ESD-protected handling, visual inspection, electrical verification before shipment.
Global Logistics — International shipping with full export documentation.

Ordering Information

To order 116ZL562M100TT or any KYOCERA AVX capacitor, contact us with: Part Number, Quantity, Target Price, Delivery Destination, Required Date. Contact: Info@superb-tech.com | www.superb-tech.com

116ZL562M100TT: 5600 pF in the Straight Sided 116 Body

5600 pF is close to the top of the published L window, which runs from 33 pF to 6200 pF. A value that large in a single layer body is a material question before it is a value question, because only a high constant ceramic reaches it inside a 0.090 in (2.29 mm) square footprint. The 116 series is the straight sided Microcap: the edges are perpendicular rather than beveled, so the chip follows the line width on the board instead of being trimmed to a tolerance of its own.

The fields, read in order

Field	Code	What it fixes
Series	116	Single layer Microcap with perpendicular edges, fired body between 0.0045 in (0.114 mm) and 0.012 in (0.305 mm) thick
Case	Z	0.090 in (2.29 mm) square nominal, the largest outline in the family
Material	L	Constant 16000, capacitance change from 0 percent to minus 92 percent, window 33 pF to 6200 pF, quoted over +10 C to +85 C
Value	562	56 with two zeros, or 5600 pF
Band	M	Plus or minus 20 percent, or 4480 pF to 6720 pF
Voltage	100	100 WVDC, the standard rating of the family
Termination	TT	Titanium tungsten with a nickel barrier and 100 micro inch minimum gold

The one directional change behind a 5600 pF line

The L material is published with a change from 0 percent to minus 92 percent rather than as a symmetrical figure. In practice the capacitance at the cold end of the range is the highest the part shows and the value falls as it warms. Nothing above the nominal figure is claimed, which is why positions that work from a guaranteed minimum behave well on this code, while positions that need the nominal value held through a warm enclosure do not. Buying 5600 pF on L is a decision about capacitance per unit of board area, and the board area in this case is the 0.090 in (2.29 mm) square outline.

Where a 5600 pF single layer part is placed

Broadband bypass on an RF supply rail, where one layer holds more capacitance than a mid constant chip of the same footprint.
Low frequency coupling, where the corner sits below the band of interest and the absolute value is not critical.
Charge storage next to a pulsed stage, where the part has to answer at the switching rate rather than at a radio frequency.
Fixed padding in a network that is trimmed with a tighter part elsewhere on the board.

How the value is measured

Capacitance and dissipation factor are read at 1 MHz for values at or below 100 pF and at 1 kHz above that break, so a 5600 pF line is judged at 1 kHz. The L material is published at 2.0 percent dissipation factor under that condition against 3.5 percent at 1 MHz, and the lower of the two figures is the one that applies here.

Q: Is 5600 pF available with a tighter band than 20 percent?

A: The L material is listed with M at plus or minus 20 percent for the larger values in its window. Where a tighter band is written into the drawing, the same capacitance belongs to a lower constant code and the case then has to grow, because the loss and the stability that come with a tight band are not offered by a constant 16000 body at this value.

Q: What is checked when the L code is short?

A: The value, the case, the working voltage and the finish first, then the temperature behaviour against what the position can accept. A part that matches the mechanical fields and the capacitance but changes by a different amount over temperature is a decision for the circuit owner rather than for the buyer alone.

The ATC RF capacitor family page lists the L, K and G values covered in case Z. Where a line has to be found outside normal distribution, the RF component sourcing service runs the search across the original maker and its channels, and a number that the maker has retired is handled by our obsolete RF part replacement support.