Datasheet for characterization corner: NangateOpenCellLibrary_slow_slow , library "NangateOpenCellLibrary".
Data for cell CLKGATE_X1 (Sequential) . Eventual numbers in italic show that the values have required interpolations due to internal data manipulation and/or non-matching LUT index templates. See notes for additional information.

Summary

- General Cell Characteristics

Strength 1 Cell Area 3.458 um2 Enable E Type Sequential Output GCK PG Pins VDD (primary_power), VSS (primary_ground)

State Table CK E IQ(int) GCK L L - L L H - L H L L L H L H H H H L L H H H H

- Schematic

- Capacitance

Capacitance [fF]
CK	1.7756
E	0.8922

- NLDM Capacitance

[input capacitance table (capacitance, [fall|rise]_capacitance and [fall|rise]_capacitance_range attributes)]

- Max Capacitance

[maximum allowed output capacitance]

- Timing




Propagation Delay [ns] Input Transition [ns] 0.0023 0.50 Load Capacitance [fF] 0.3656 60.73 0.3656 60.73 CK to GCK fall 0.08 0.40 0.28 0.62 rise 0.05 0.57 0.14 0.67

Output Transition [ns] Input Transition [ns] 0.0023 0.50 Load Capacitance [fF] 0.3656 60.73 0.3656 60.73 CK to GCK fall 0.01 0.28 0.03 0.28 rise 0.01 0.50 0.03 0.50

- Propagation Delay

[values from timing groups (cell_rise and cell_fall)]

- Output Transition

[values from timing groups (rise_transition and fall_transition)]

- Full-Cycle Delay

[values from cell_fall + cell_rise]

- Constraints

Constraints Time [ns]
Setup CK to E	fall	0.34
	rise	0.30
Hold CK to E	fall	0.28
	rise	0.26

- Setup Time

[values from timing groups (fall_constraint and rise_constraint tables with timing type equal to setup_rising or setup_falling)]

- Hold Time

[values from timing groups (fall_constraint and rise_constraint with timing type equal to hold_rising or hold_falling)]

- Setup/Hold Metastability Window

[synchronous metastability analysis (setup + hold time)]

- Minimum Pulse Width

[values from timing groups (minimum pulse width timing arcs - fall_constraint and rise_constraint and min_pulse_width_[high|low] attributes)]



Constraints Time [ns] Setup CK to E fall 0.34 rise 0.30 Hold CK to E fall 0.28 rise 0.26

Capacitance [fF] CK 1.7756 E 0.8922

Leakage [nW] 32.73



- Power

Leakage [nW]
32.73

Input Pin Power Consumption [nW/GHz] Input Transition [ns] 0.0023 0.50 CK fall 3694.05 4199.46 rise 999.83 1414.26 E fall 1171.48 1202.77 rise 484.06 484.88

Dynamic Power Consumption [uW/GHz] Input Transition [ns] 0.0023 0.50 Load Capacitance [fF] 0.3656 60.73 0.3656 60.73 CK to GCK fall 3.71 5.25 4.22 6.13 rise 2.40 2.68 3.15 3.38

- Static Power Consumption

[leakage power data (leakage_power group and cell_leakage_power attribute)]

- Dynamic Power Consumption

[values from internal_power groups in output pins (rise_power, fall_power and power)]

- Full-Cycle Power Consumption

[values from fall_power + rise_power]

- Total Power Consumption

[sum of internal_power groups from output and input pins (rise_power, fall_power and power)]

- Total Full-Cycle Power Consumption

[values from total fall power + total rise power]

- Input Pin Power Consumption

[values from internal_power groups in input pins(rise_power, fall_power and power)]

- Notes

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• Conditions for characterization library NangateOpenCellLibrary, corner NangateOpenCellLibrary_slow_slow: Vdd= .95V, Tj= 125.0 deg. C . Additional corners: NangateOpenCellLibrary [NangateOpenCellLibrary_typical_typical], NangateOpenCellLibrary [NangateOpenCellLibrary_fast_fast], NangateOpenCellLibrary [NangateOpenCellLibrary_low_temp_low_temp], NangateOpenCellLibrary [NangateOpenCellLibrary_worst_low_worst_low].
  
Output transition is defined from 30% to 70% (rising) and from 70% to 30% (falling) output voltage.
Propagation delay is measured from 50% (input rise) or 50% (input fall) to 50% (output rise) or 50% (output fall).


Conditions for characterization library NangateOpenCellLibrary, corner NangateOpenCellLibrary_slow_slow: Vdd= .95V, Tj= 125.0 deg. C . Additional corners: NangateOpenCellLibrary [NangateOpenCellLibrary_typical_typical], NangateOpenCellLibrary [NangateOpenCellLibrary_fast_fast], NangateOpenCellLibrary [NangateOpenCellLibrary_low_temp_low_temp], NangateOpenCellLibrary [NangateOpenCellLibrary_worst_low_worst_low].
Output transition is defined from 30% to 70% (rising) and from 70% to 30% (falling) output voltage.
Propagation delay is measured from 50% (input rise) or 50% (input fall) to 50% (output rise) or 50% (output fall).

- General Cell Characteristics

Strength 1 Cell Area 3.458 um2 Enable E Type Sequential Output GCK PG Pins VDD (primary_power), VSS (primary_ground)

State Table CK E IQ(int) GCK L L - L L H - L H L L L H L H H H H L L H H H H

- NLDM Capacitance

[input capacitance table (capacitance, [fall|rise]_capacitance and [fall|rise]_capacitance_range attributes)]

- Max Capacitance

[maximum allowed output capacitance]

- Propagation Delay

[values from timing groups (cell_rise and cell_fall)]

- Output Transition

[values from timing groups (rise_transition and fall_transition)]

- Full-Cycle Delay

[values from cell_fall + cell_rise]

- Setup Time

[values from timing groups (fall_constraint and rise_constraint tables with timing type equal to setup_rising or setup_falling)]

- Hold Time

[values from timing groups (fall_constraint and rise_constraint with timing type equal to hold_rising or hold_falling)]

- Setup/Hold Metastability Window

[synchronous metastability analysis (setup + hold time)]

- Minimum Pulse Width

[values from timing groups (minimum pulse width timing arcs - fall_constraint and rise_constraint and min_pulse_width_[high|low] attributes)]

- Static Power Consumption

[leakage power data (leakage_power group and cell_leakage_power attribute)]

- Dynamic Power Consumption

[values from internal_power groups in output pins (rise_power, fall_power and power)]

- Full-Cycle Power Consumption

[values from fall_power + rise_power]

- Total Power Consumption

[sum of internal_power groups from output and input pins (rise_power, fall_power and power)]

- Total Full-Cycle Power Consumption

[values from total fall power + total rise power]

- Input Pin Power Consumption

[values from internal_power groups in input pins(rise_power, fall_power and power)]

Schematic

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Capacitance

NLDM Capacitance

[input capacitance table (capacitance, [fall|rise]_capacitance and [fall|rise]_capacitance_range attributes)]

Gate Capacitance for All Cells

Max Capacitance

[maximum allowed output capacitance]

Maximum Capacitance for All Cells

Timing

Propagation Delay

rise / fall

[values from timing groups (cell_rise and cell_fall)]

Propagation Delay for All Cells

---

Output Transition

rise / fall

[values from timing groups (rise_transition and fall_transition)]

Output Transition for All Cells

---

Full-Cycle Delay

[values from cell_fall + cell_rise]

Full-Cycle Delay for All Cells

---

Constraints

Setup Time

[values from timing groups (fall_constraint and rise_constraint tables with timing type equal to setup_rising or setup_falling)]

Setup Time for All Cells

---

Hold Time

[values from timing groups (fall_constraint and rise_constraint with timing type equal to hold_rising or hold_falling)]

Hold Time for All Cells

---

Setup/Hold Metastability Window

[synchronous metastability analysis (setup + hold time)]

Setup/Hold Metastability Window for All Cells

Minimum Pulse Width

[values from timing groups (minimum pulse width timing arcs - fall_constraint and rise_constraint and min_pulse_width_[high|low] attributes)]

---

Power

Static Power Consumption

[leakage power data (leakage_power group and cell_leakage_power attribute)]

Static Power Consumption for All Cells

---

Leakage [nW]
32.73

Dynamic Power Consumption

[values from internal_power groups in output pins (rise_power, fall_power and power)]

Dynamic Power Consumption (fall) for All Cells

Dynamic Power Consumption (rise) for All Cells

---

Full-Cycle Power Consumption

[values from fall_power + rise_power]

Full-Cycle Power Consumption for All Cells

---

Total Power Consumption

[sum of internal_power groups from output and input pins (rise_power, fall_power and power)]

Total Power Consumption (fall) for All Cells

Total Power Consumption (rise) for All Cells

---

Total Full-Cycle Power Consumption

[values from total fall power + total rise power]

Total Full-Cycle Power Consumption for All Cells

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Input Pin Power Consumption

[values from internal_power groups in input pins(rise_power, fall_power and power)]

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