1. Product Overview

️· Product Type: Supercapacitor (also referred to as Ultracapacitor or Electric Double-Layer Capacitor - EDLC)
️· Manufacturer: Eaton
️· Series: PM Series (identified by the "PM-5R0" prefix in the part numbers)
️· Application: Designed for energy storage and power delivery.
️· Available Form Factors: Vertical (V) and Horizontal (H)

2. Specifications

️· Capacitance Range: 0.1 µF to 3.0 µF
️· Voltage Rating: 5.0 V (implied, as part numbers contain "5R0" which suggests 5.0V)
️· Operating Temperature Range: -40°C to +60°C (standard), -40°C to +85°C (extended temperature range – with reduced voltage rating of 3.9V)
️· Tolerances: Capacitance tolerance ±0.02 (standard)
️· Leakage Current: (See Part Number section for specific values)
️· Equivalent Series Resistance (ESR): (See Part Number section for specific values)

3. Part Numbers/Ordering & Key Characteristics

Part Number	Capacitance (µF)	Leakage Current (µA @ 5.0V)	ESR @ 1kHz (Ω)	ESR @ 100Hz (Ω)	Form Factor
PM-5R0V104-R	0.1	(Not Specified)	2.0	2.0	Vertical
PM-5R0V474-R	0.47	(Not Specified)	0.42	0.50	Vertical
PM-5R0V105-R	1.0	(Not Specified)	0.15	0.20	Vertical
PM-5R0V155-R	1.5	(Not Specified)	0.07	0.10	Vertical
PM-5R0V305-R	3.0	(Not Specified)	0.05	0.07	Vertical

Note: The 'R' suffix in the part number likely denotes a specific packaging or lead style (not detailed in the text).

4. Dimensions (in mm)

Vertical Part Number	Horizontal Part Number	A	B	C	d’	D	D’	E	E’	F	P
PM-5R0V104-R	PM-5R0H104-R	6.0	11.3	13.0	0.5	20	15	25	20	2.0	7.3
PM-5R0V474-R	PM-5R0H474-R	9.0	17.3	14.5	0.5	2.0	15	25	20	2.0	11.8
PM-5R0V105-R	PM-5R0H105-R	9.0	17.3	22.0	0.5	20	15	25	20	2.0	11.8
PM-5R0V155-R	PM-5R0H155-R	11.0	21.3	23.0	0.6	20	15	25	20	2.0	5.3
PM-5R0V305-R	PM-5R0H305-R	11.0	21.3	32.5	0.6	20	15	25	20	2.0	5.3

5. Performance Characteristics

️· Capacitance Change: Less than or equal to 30% over 1000 hours at +60°C and 5 V.
️· Storage Temperature: Less than or equal to 30% change over storage at -40°C and +60°C.

6. Wave Soldering Profile

️· Standard lead-free soldering profile is recommended. The document provides the temperature and time parameters for both standard SnPb and lead-free soldering.
️· Hand soldering is recommended, avoiding convection ovens.

7. Other Important Information

️· Lead Style: The part numbers don's fully specify the lead style (the "R" suffix possibly indicates a variant).
️· Cleaning: Follow standard aluminum electrolytic capacitor cleaning procedures.
️· Life Support Systems: Eaton's standard disclaimer regarding use in life support systems applies.